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Avoiding Common Mistakes When Operating Heavy Duty Jacks

Avoiding Common Mistakes When Operating Heavy Duty Jacks
Avoiding Common Mistakes When Operating Heavy Duty Jacks

Truck lifting equipment like hydraulic floor jacks or bridge jacks have been around for centuries now. Traditional jacks have generally been difficult to maintain and operate, due to cumbersome heavy-duty jack operation guidelines and proneness to malfunction. 

Innovations in safe vehicle lifting practices along with advancements in jack technology have resulted in modern jacks, like Scorpion floor jacks, with features for avoiding jack operation errors. 

However, unless you own Stan Design Inc. products like the StanJack or Scorpion lines of jacks, you would need to know some of the common jack operation errors and how to avoid them. In this blog, we discuss just that! Read on. 

Common Jack Operation Errors 

  • Skipping Safety Measures – Your jack requires regular inspection. Safety checks can range from as simple as seeing whether you have cleaned your jack after use and stored it upright in a clean and dry place, to more sophisticated ones like having a checklist to determine its fluid viscosity, etc. 
  • Not Sticking to Load Capacity – The load capacity of a jack refers to the limit of quantity that it is designed to lift. Overloading a jack is not only detrimental to its durability but also dangerous for the personnel using it, along with the vehicle being lifted. 
  • Not Removing Obstacles Before Lowering – A most common and easily resolvable issue while operating jacks is not clearing the ground before lowering the vehicle it has hoisted. 
  • Lifting or Lowering Too Quickly – Another safe vehicle lifting practice involves hoisting and lowering it slowly and steadily, making sure the vehicle remains stable. Remove the jack once the vehicle is fully on the ground. Check that the vehicle is rising evenly and not shifting. 
  • Not Checking the Surface or Contact Points – Positioning a jack incorrectly below the vehicle, that is, not in the correct jacking point, and lifting vehicles on a slippery or uneven surface is a recipe for disaster. 

5 Heavy-duty Jack Operation Guidelines 

  1. Use the Right Jack for the Task – Determine its purpose of use before choosing the type to work with. For instance, a hydraulic floor jack is ideal for home garage work, while a bridge jack is better for heavy-duty lifting. 
  2. Focus on Accurate Positioning – As discussed above, ensure that the lifting point on the load is directly above the center of the jack’s saddle, and it is connected to the jacking point before lifting. 
  3. Avoid Overloading the Jack – Check the maximum weight capacity, or load capacity, of the jack and stick within the permissible limits to avoid overloading the jack and causing accidents. 
  4. Follow Jack Maintenance Tips – Check for any signs of damage or wear and tear and ensure all bolts are tightened securely, along with regular lubrication of the system, handle, base plate, and wheels of the jack. 
  5. Adhere to Proper Jack Usage – Always use proper personal protective equipment (PPE) such as gloves and safety glasses when operating a jack. Follow all safety guidelines provided by the manufacturer of your jack. 

Our solutions for safe Vehicle Lifting practices

  • Powerful Design – We provide heavy-duty hydraulic and pneumatic variants of our jack models. So, you can choose a gadget based on your requirements, rather than a lack of options. These powerful methods of operations offer a smooth lifting and lowering process, by eliminating the need for exhausting hand pumping. 
  • Detachable Remote Control – Lift a truck in seconds with full control over the process, using our detachable remote-control pendant. Just push one button on our Scorpion floor jacks, or two dead man buttons- one to lift and one to lower- on our StanJack bridge jacks. 
  • High-quality Material – Our jacks are built to last with durability, resilience and reliability. We only use the highest-grade materials like fine steel, zinc plated components and accessories, grease fittings, and sustainable finishes like high gloss powder coat paint. This resists oxidation and deterioration, while enhancing their appearance. 
  • Roller Bearing Wheels – All our jacks have four full floating casters that allow for effortless rolling, extreme ease and maneuvering. The casters are made of special roller bearings that reduce friction and wear, delivering impressive mobility. 
  • Multi-level Safety – Our in-built automatic three-stage locking mechanism allows us to maintain the car as well as personnel’s safety during the lifting, suspending, and lowering operation. This safety lock mechanism engages automatically at different heights and does not require additional jack stands or chocks for support. 

What is Stan Design Inc.? 

Stan Design Inc. is a hydraulic floor jacks and bridge jacks designer and manufacturer in Canada. With over two decades of experience in the automotive jack industry, we are at the forefront of making cutting-edge technology accessible for our customers. 

At the heart of our innovative features lies a beautiful marriage of the ideal of convenience and safety at affordable prices. Our deep-diving research into analyzing the most pressing issues within the industry revealed that garage owners across the nation were facing the problem of time and money wastage. 

They were wasting countless hours every day lifting heavy-duty vehicles with slow and cumbersome hydraulic floor jacks that require multiple stands to support the truck. So, we came up with Scorpion floor jacks with both hydraulic and pneumatic functionality. 

get in touch!

Categories
Pit Jacks Truck Jacks

Top Jacks for Off-Road Vehicles: Ensuring Stability on Uneven Ground

Top Jacks for Off-Road Vehicles: Ensuring Stability on Uneven Ground
Top Jacks for Off-Road Vehicles: Ensuring Stability on Uneven Ground

Lifting tools for off road trucks or Off-road Vehicles (ORV), not to be confused with sport utility vehicles (SUV), are heavy-duty off-road jacks. A basic Wikipedia search throws up a technical definition of an ORV, also known as an off-highway vehicle (OHV), overland vehicle, or adventure vehicle. 

It defines it as a vehicle specifically designed to traverse unpaved roads and ensure stability on uneven ground, such as trails, forest roads, and other low traction surfaces. It also characterizes it as comprising of three main features.

The features are low ground pressure to effectively navigate off the pavement, high ground clearance, and the ability to maintain wheels or track contact on uneven surfaces. Various ORVs achieve this through different methods like large or additional tires, combined with high and compliant suspension or wide tracks and flexible suspension on the road wheels.

It defines it as a vehicle specifically designed to traverse unpaved roads and ensure stability on uneven ground, such as trails, forest roads, and other low-traction surfaces. It also characterizes it as comprising of three main features. 

The features are low ground pressure to effectively navigate off the pavement, high ground clearance, and the ability to maintain wheels or track contact on uneven surfaces. Various ORVs achieve this through different methods like large or additional tires, combined with high and compliant suspension or wide tracks and flexible suspension on the road wheels. 

Lifting Tools for Off-road Trucks 

Owing to the map of construction or anatomical features of these ORVs, they require specialized jacks for their repair and maintenance. Lifting tools for off-road trucks or heavy-duty off-road jacks must be stable jacks for off-road use. 

Stability is an important factor in determining the effectiveness of heavy-duty off-road jacks. Based on the terrain the ORV is expected to traverse, these stable jacks for off-road use are determined by the designers and manufacturers. 

However, it is obvious that mass production of heavy-duty off-road jacks cannot ensure customizable lifting solutions. That is the reason why we discuss some of the core features that you must look out for before investing in your lifting tools for off-road trucks. 

Heavy-duty Off-road Jacks Features 

  1. Heavy-Duty Power– You might want a jack for the purpose of changing tires, which are crucial for ORVs, or working on the gearings and engines. This should guide your choice to purchase a variant of a jack based on its method of operation. Based on that criterion, jacks can be classified as mechanical, electrical, hydraulic or pneumatically engineered heavy-duty off-road jacks. Each is anatomically better suited for segments of performance output. For instance, electrical jacks are generally low suited for heavy-duty work, as compared to hydraulic cylinders. 
  2. Fine-grade Material– Only purchase jacks with the highest quality materials, so you can ensure that they can stand the wear and tear of lifting for decades to come. This might sound like a no-brainer, but a lot of customers do not enquire about the fineness of the steel used for building steel jacks, which are generally used to build heavy-duty off-road jacks. 
  3. Low profile– One of the most in-demand features of stable jacks for off-road use is a low profile or a small footprint. This trait ensures an extended and elevated reach while offering sustained and stable lift and minimal upkeep needs. It also makes sure that the jack is portable enough to be carried around in these kinds of trucks’ minimal storage compartments. 
  4. Safety– Safety is of paramount importance when dealing with using ORVs or repairing and maintaining them. Heavy-duty off-road jacks with built-in three stage safety locking mechanism guarantee lifting the entire front or rear of your vehicles without any danger. These engage automatically at different heights, eliminating the need for any extra stands or chocks to secure the vehicle. 
  5. High Lift Capacity– An attractive weight lift capacity that makes you forget the hassle of hand pumping, with easy maneuverability, is a supreme trait of top-rated off-road jacks. A high lift capacity is not only a cost-effective feature, in that it offers more loading and lifting at an affordable price. But it also reflects the high-quality build and durability of these heavy-duty off-road jacks. 
  6. Wheels and Handles for Control– Finally, the flexibility and convenience of usage of a lifting tool for off-road trucks is determined by the quality of its control systems. Stan Design jacks come fitted with special roller bearing wheels that allow for effortless rolling and maneuvering. They also have convenient pull handles that make it easy to position the jack under the vehicle. 

Top-rated Off-road Jacks by Stan Design

Stan Design Inc. is the most reputable and trusted name in the off-road jack for ORVs industry in Canada and North America. We provide you lifting tools for off-road trucks so you can effortlessly and safely perform repairs and maintenance without feeling a hole burning through your pockets! 

With over 25+ years of experience in the field of designing and manufacturing jacks like floor jacks, pit jacks, rolling bridge jacks, fast lube jacks, etc., we are the masters of understanding your requirements- whether for personal or commercial use- and helping you accordingly. 

Pit Jack Models

Scorpion PJ15  

  • Capacity – 15,000 lbs.  
  • Dual Hydraulics Arms  
  • Extended Lifting Height – Over 20”  
  • Size – 34” Wide  
  • Expandable Size – 42” Wide  

Scorpion PJ25  

  • Capacity – 25,000 lbs.  
  • Dual Hydraulics Arms  
  • Extended Lifting Height – Over 20”  
  • Size – 34” Wide  
  • Expandable Size – 42” Wide  

Scorpion P12S  

  • Capacity – 12,000 lbs.  
  • Dual Hydraulics Arms  
  • Extended Lifting Height – Over 20”  
  • Size – 31” Wide  
  • Expandable Size – 46” Wide  

Scorpion PJ15S  

  • Capacity – 25,000 lbs.  
  • Dual Hydraulics Arms  
  • Extended Lifting Height – Over 20”  
  • Size – 31” Wide  
  • Expandable Size – 46” Wide  

Scorpion PJ25S  

  • Capacity – 25,000 lbs.  
  • Dual Hydraulics Arms  
  • Extended Lifting Height – Over 20”  
  • Size – 32” Wide  
  • Expandable Size – 46” Wide  

Scorpion Installed Tire Service Lift  

  • Installed Version of TJ12  
  • Designed to lift vehicle across axle  
  • Capacity – 25,000 lbs.  
  • Dual Hydraulic Arms  
  • Built-in safety lock  
  • Extended Lifting Height – over 20”  
  • Incredible value for money 

Floor Jack Models

Scorpion TJ12S 

  • Capacity – 24,000 lbs./12 Tons 
  • Only 8’’ Collapsed Height 
  • Lifts Over 15.75”  

Scorpion TJ12SL

  • Capacity – 24,000 lbs./12 Tons 
  • Only 7.5’’ Collapsed Height 
  • Lifts Over 15”  

Scorpion TJ14

  • Capacity – 28,000 lbs./14 Tons 
  • Only 8.25” Collapsed Height 
  • Lifts Over 20”  

Scorpion TJ12E

  • Capacity – 24,000 lbs./12 Tons 
  • Only 8’’ Collapsed Height 
  • Lifts Over 15.75” 
  • 2 Extendable Arms  

Scorpion MJ25

  • Capacity – 25,000 lbs./12.5 Tons 
  • Lifts Over 36” 
  • Extendable Beam with Stackable Adapters Designed for All Military Vehicle Applications

get in touch!

Categories
Jacks

Retrofitting Old Jacks: Affordable Ways to Boost Performance

Retrofitting Old Jacks: Affordable Ways to Boost Performance
Retrofitting Old Jacks: Affordable Ways to Boost Performance

To retrofit or not to retrofit? That is the question, of our blog anyway! A quick Google search shows the definition of “retrofit” as a verb, meaning “to add (a component or accessory) to something that did not have it when manufactured”. 

As a noun it means “an act of retrofitting a component or accessory”. Retrofitting old jacks is mainly done for three purposes such as boosting jack efficiency, improving jack functionality, and enhancing jack lifting capacity. 

It is a cost effective way to repurpose worn off jacks instead of replacing them with new models. However, an important factor to keep in mind before you start pulling your jack parts out to reconfigure them for optimal functionality is being absolutely clear about your purpose. 

Jacks also help customers in a variety of industries, including aircraft, automotive, bridges, cable tensioning, house moving, construction, general industrial, laboratory, locomotive, marine, mobile home, railroad, shipbuilding, shoring and stabilizing such as for tunnels and mines, tractors, and trailers. 

Without knowing your goals for retrofitting old jacks, you will end up doing more harm than good to your beloved gadget. With that being said, let us now learn some affordable ways to boost jack performance by retrofitting, maintaining and upgrading them. 

8 Affordable Ways to Boost Jack Efficiency

  1. Hydraulic fluid viscosity – If you are using a hydraulic jack, checking the viscosity of the hydraulic fluid at fluctuations of temperature is necessary to maintain the efficiency of the jack and improve jack functionality. As the hydraulic pump oil, or hydraulic fluid as it is better know, tends to change its viscosity with lowering or soaring temperatures, the right fluid viscosity index product must be used.
  2. Right adapter type – Usually made of steel or polyurethane, jack adapters are typically the first apparatus that comes to mind when we talk about retrofitting old jacks. By the definition of the term ‘retrofitting’, support components like jack adapters and stands are referred to as added accessories that were not required at the time of manufacture. So, selecting the right type of adapter- whether truck or pumpkin adapter- is necessary depending on the vehicle jack type.
  3. Compatible jack stands – Jack stands are supporting action props generally needed for stabilizing the jack when loading and lifting heavy loads. In the course of this service, they also help with extending the lifting height by providing some extra inches to the jack itself. Given its crucial function in the lifting process, it is important to choose jack stands that are compatible with the features of the jacks, to boost jack efficiency and enhance jack lifting capacity.
  4. Jack load capacity – The central feature of any jack is its load capacity. Therefore, every step of using a jack should be taken with this in mind- so as to not overload it or abuse and upset any of its working parts. Not only would this not boost jack efficiency or enhance jack lifting capacity but also pose quite the pocket pinch in order to get it retrofitted or replaced altogether.
  5. Pneumatic durability – Sorted by mechanisms of operation, pneumatic jacks have traditionally been known for their lower lifting power capabilities than hydraulic jacks. Therefore, using lower weight loads that fit within the lifting range of these jacks is advisable for their long-term durability. They also require less maintenance than hydraulic jacks because of different components, which if maintained correctly, add to their longevity.
  6. Retrofitting lift systems – Lift systems like 4 posts or 2 posts are frames of four or two vertical posts connected by crossbeams and platforms. Their purpose is to support the weight of a vehicle that it lifts for storage or maintenance, so it can allow access to the underside of the vehicle for repairs if needed. A retrofitted rolling bridge jack makes this lifting process smoother by working as sliding trolleys to lift the tires from the runways and work on the suspension and steering system.
  7. Components and bearing wheels – Special rolling casters that reduce friction between rolling bridge jacks they are fitted to and the lifting trolleys they work on must be used to boost jack efficiency and improve jack functionality. By reducing friction, they protect the jack from wear and tear on regular engagement in heavy-duty lifting. Protection can also be provided by using fine-grade steel jack bodies with zinc plated components and accessories that resist oxidation, and high gloss powder coat paint that protects them from corrosion. 
  8. Storage and maintenance – Last but not least, the most important and affordable way to boost jack efficiency and performance, improve jack functionality, and enhance jack lifting capacity is to store and maintain it neatly and regularly. Their components must not be exposed to humid, hot or dirty environments. For instance, in hydraulic jacks that run on grease and fluids stored within, any contact with dirt or external moisture is bound to contaminate it, rendering it useless or potentially harmful. Using a damp cloth to clean the dirt after a use, before it settles on the grease, gets sticky, and attracts more dirt, prevents rusting and clogging within jack. components.

Stan Design’s Hydraulic and Pneumatic Jacks

Retrofitting might seem like an affordable way to reconfigure your jack systems but if not done right they can incur more loss. In those cases, just going for a new hydraulic or pneumatically jack would be most cost-effective. 

In fact, in the long term, they end up being more economical. Stan Design Inc. is a jack designer and manufacturer that has been in the business for more than 25 years. They produce the highest-quality lifting solutions by fusing the science of manufacturing with the art of creative design. 

Using a hydraulic system, their automotive jacks provide a secure way to raise, lower, and suspend your heavy vehicles for upkeep and repairs. Their 4 broad models of jacks- floor jacks, pit jacks, fast lube jacks, and rolling bridge jacks- also come in pneumatic variants. 

For longer-lasting, better-performing, and aesthetically stunning products, their manufacturers employ the best materials and cutting-edge technologies. Experts that use heavy duty truck jacks find great value in them. 

get in touch!

Categories
Jacks

The Rise of Smart Jacks: How Technology is Enhancing Safety

The Rise of Smart Jacks: How Technology is Enhancing Safety
The Rise of Smart Jacks: How Technology is Enhancing Safety

Hydraulic smart jacks are smart lifting solutions that help service, repair and maintain automobiles of all sizes, from RV trucks to military-grade armored vehicles to small family vans. They are an updated version of your regular, traditional mechanical jacks which are cumbersome and exhausting to use. 

The rise of smart jacks in the automotive industry happened to bridge the gap between efficiency and safety that were not being met by traditional jacks. As commercial demands grew, so did the need for time and energy preservation. These enhanced safety lifting jacks provide smart lifting solutions by consuming less energy as well as time. 

In this blog we will discuss what makes hydraulic smart jacks so highly sought after and why more consumers- commercial and otherwise are gravitating towards adopting them. We will specifically focus on hydraulic jacks as opposed to other types, for instance pneumatically or electrically operated ones, because of the technology they are based on. 

What are Hydraulic Smart Jacks? 

Hydraulic smart jacks are a more functional and usable design upgrade from regular hydraulic systems. Based on Blaise Pascal’s principle or law of fluid mechanics, hydraulic systems function based on pressure changes that are implemented on confined, incompressible fluid stored within their bodies. 

This fluid, better known as hydraulic fluid, is a chief component in the effective functioning of a hydraulic jack. The compartment in which the hydraulic fluid is stored- the oil tank or reservoir- is a key structural unit of the hydraulic jack body. 

Any pressure change that occurs at any point in the confined, incompressible hydraulic fluid is transmitted throughout the entire fluid without experiencing any loss. Consequently, the motion that is transferred through the fluid medium inside the jack is what makes them function. 

The following are the general components of a hydraulic smart jack, delineating which will help us comprehend its basic operation – 

  • Hydraulic oil 
  • Reservoir, buffer, or oil tank 
  • Main cylinder or ram 
  • Release valve 
  • Control valve 
  • Check valve 
  • Lifting arm or pad 
  • Hydraulic pump with piston or plunger 
  • Pump lever or handle 

How Hydraulic Smart Jacks Enhance Safety? 

The component of the hydraulic smart jack that houses the hydraulic liquid or pump oil is called the reservoir, buffer, or oil tank. To stop an unintentional oil flow, when not in use, the control valve remains closed when the hydraulic smart jack is not in use. The load is raised by the piston. 

Usually, the handle or pump lever attached to it can be moved to mechanically activate it. The fluid or pump oil inside the hydraulic smart jacks’ buffer tank or reservoir experiences pressure buildup from this movement of mechanically lowering or raising the handle or lever of the pump with piston or plunger. 

The hydraulic smart jack’s main cylinder, or ram, emerges from the main body with the force needed to lift the load due to the pressure that was created and allowed to pass through a check valve. The oil is transferred from the pump through the check valve and into the main cylinder, or the ram. 

Ultimately, the release valve generates the necessary lifting force and raises the load by releasing the built-up pressure, allowing the ram to be easily retracted and lowered while carrying a load. This way hydraulic smart jacks allow the user to have full control over the system at all times of functioning. 

Hydraulic Smart Jacks’ Safety Features 

Modern hydraulic jacks that function because of emergent technology are safer than traditional ones primarily because of the control they grant to their users. Users are primarily granted this control through remote controls that ensure smooth, easy and quick lifting without any hand pumping. 

  1. Multi-level engagement – Hydraulic smart jacks that engage at crucial points when lifting heavy-duty loads have in-built safety locking mechanisms that prevent the accidental slippage of valuable material. This prevents damage to or destruction of property.
  2. Zero additional stands – These jacks do not necessarily require additional stands or chocks to support their lifting or lowering functions. Because they have convenient pull handles that make it easy to position the jack under the vehicle, they are able to offer powerful and smooth lifting.
  3. No hand pumping – These enhanced safety lifting jacks eliminate the need for exhausting hand pumping by automatically lifting heavy loads with the push of a button. Some of the modern hydraulic floor jack manufacturers in the market offer roller bearing wheel models that allow for effortless maneuvering and positioning under the vehicle.
  4. Anti-rust durability – The fine quality zinc plated components, high gloss powder coat paint accessories and the high grade fine steel that hydraulic smart jacks are made of enhance their durability and functionality by rendering them free from corrosion, rust, oxidation, and deterioration.
  5. Protective flexibility – Finally, some modern hydraulic smart jack models have telescoping arms and stackable adapters that can lift across the axle or on the frame, depending on the vehicle size and shape.

Stan Design Inc. Smart Lifting Solutions 

Stan Design Inc. is an enhanced safety lifting jack designer and manufacturer in Canada, and an industry leader in North America. With over two decades of experience in the domain of smart lifting solutions, we provide our customers with a range of hydraulic and pneumatic jacks, powered by smart technology. 

Our lines of StanJacks and Scorpion Jacks offer a wide range of smart lifting solutions through floor jacks, pit jacks, rolling bridge jacks and fast lube jacks that do not necessarily require jack stands for support. We provide cutting-edge technology that is safe, reliable and durable. 

Do not take our word for it- we are tested and certified by reputable organizations such as CSA Group, UL, CE, ISO, etc. Our adherence to the strictest safety and quality standards in the industry and after-sales support and warranties to our customers ensure that they can utilize our products to their full extent. 

get in touch!

Categories
Hydraulic Jacks Truck Jacks

Portable Hydraulic Jacks: A Lifesaver for Roadside Truck Repairs

Portable Hydraulic Jacks for Trucks | Roadside Repair
Portable Hydraulic Jacks for Trucks | Heavy-Duty Roadside Repair

Your car breaks down on the roadside way off the highway with no sign of help within the vicinity. You will at least have to contact the tow truck service, but it will be hours before they can reach you. You have a flat tire. What do you do?

A portable hydraulic jack is what you need in your compartment to get a quick fix. Heavy-duty hydraulic jacks save you the time and effort of waiting for help in situations which can be quickly investigated.

Of course they cannot fix big breakdowns, but for a flat tire, or a quick oil fix (given you stock up on the fluid too), portable hydraulic jacks for trucks come in handy, packing powerful heavy-duty performance.

What are Portable Hydraulic Jacks?

Portable heavy duty truck jacks for trucks work based on the law of fluid mechanics. The law states that when there’s a change in pressure at any point in a confined, incompressible fluid, that change is transmitted throughout the entire fluid without any loss. 

Simply put, the law states that if you push or squeeze one part of a fluid, the effect propagates to all other parts of the fluid. To understand the workings of a portable hydraulic jack, let us look at its broad components: 

  • Hydraulic Oil 
  • Reservoir or buffer or oil tank, 
  • Main cylinder or ram, 
  • Release valve, 
  • Control valve, 
  • Check valve, 
  • Lifting arm or pad, 
  • Hydraulic pump with piston or plunger, and 
  • Pump lever or handle.  

The reservoir or buffer, or oil tank is the physical compartment of the portable hydraulic jack that holds the hydraulic liquid or pump oil together when it is not in use. The control valve stays in a closed position when the heavy-duty hydraulic jack is not in use to prevent the accidental flow of oil. 

The piston is responsible for lifting a heavy load or weight. It is usually mechanically activated by shifting the positions of the handle or pump lever attached to it. This movement builds up pressure in the hydraulic fluid contained inside the reservoir or buffer tank of the heavy-duty hydraulic jacks. 

When the handle or lever of the hydraulic pump with piston or plunger is mechanically lowered or raised, it activates force and builds up pressure in the adjoining compartment, i.e., the reservoir or buffer tank containing the hydraulic fluid or pump’s oil, inside portable hydraulic jacks. 

The pressure created allows the fluid to move through a check valve into the ram or main cylinder, which then pops out of the main body of the portable hydraulic jack creating the force required to lift the load. 

This applied pressure is what transfers the oil from the pump through the check valve and into the main cylinder or the ram, which extends out of the heavy-duty hydraulic jack body. Finally, the release valve relieves the built pressure for easy retraction and lowering of the ram with the load on it, creating the required lifting force and lifting the load. 

How Portable heavy duty truck jacks Help You? 

In the previous section we explained how a heavy-duty hydraulic jack works. As opposed to pneumatic jacks, since these hydraulic jacks function based on fluid power they can lift heavy loads smoothly in a few seconds to minutes. This is perhaps the biggest way in which heavy-duty hydraulic jacks help you, but we will discuss more values it adds to your life in this section. 

  1. Safety– Heavy-duty hydraulic jacks are best known for the all-encompassing safety that they provide to the personnel handling them. Because of the operating mechanism of hydraulic systems, which by principle require fewer moving parts as compared to their mechanical or electrical counterparts, they are less prone to malfunction. Many jack manufacturers, on top of this, introduce sophisticated safety measures like in-built automatic lock systems which engage at different lifting levels or heights, giving the user more control over the loading process.
  2. Durability– The unique selling point of hydraulic systems is their capacity to load, lift, suspend, and lower safely heavy and expensive loads. Hydraulic jacks for trucks are durable enough to do just that. Owing to powerful hydraulic cylinders and manufacturer-specific reliability features, they can deliver a smooth ride to customers. For instance, jacks made with high-grade steel body and the finest quality zinc plated components with high gloss powder coat paint accessories allow enhanced functionality that resist corrosion and deterioration.
  3. Portability– Jacks must be portable enough to fit into and be carried around in car compartments for emergency breakdowns. Stan Design Inc. portable hydraulic jacks provide just that value to you. Their compact design- only 7.5”-8.25” collapsed height- enables them to fit virtually any undercarriage of a vehicle with the lowest chassis profile. This small footprint reduces floor space and does not take up much room, allowing for a low-profile high adjustability functionality.
  4. Adaptability– This brings us to our last point. Portable hydraulic jacks for trucks are highly flexible, making them very convenient for regular use. Each Stan Design Inc. heavy-duty hydraulic jack for trucks comes fitted with special roller bearing wheels that allow for effortless rolling and maneuvering. They also have convenient pull handles that make it easy to position the jack under the vehicle without any hand pumping required. This eliminates the need for additional stands or chocks, although they are adapted to be used with jack stands for other jobs if the requirement arises.

About Stan Design Inc.

Stan Design Inc. is a jack manufacturing and design company that has been in the business for more than 25 years. They produce the highest-quality lifting solutions by fusing the science of manufacturing with the art of creative design. Their portable hydraulic jacks provide a secure way to raise, lower, and suspend your heavy vehicles for upkeep and repairs. 

Heavy-duty hydraulic jacks help customers in a variety of industries, including aircraft, automotive, bridges, cable tensioning, house moving, construction, general industrial, laboratory, locomotive, marine, mobile home, railroad, shipbuilding, shoring and stabilizing such as for tunnels and mines, tractors, and trailers. 

get in touch!

Categories
Hydraulic Jacks Jacks Truck Jacks

Quick and Easy Maintenance Tips to Prolong Your Truck Jack’s Life

A truck jack is a mechanical device that is used to lift heavy-duty armored trucks and military-grade vehicles, among other types of trucks and heavy vehicles. Heavy duty truck jacks are specially designed to bear these loads that ordinary automotive jacks traditionally cannot.

Apart from providing superior lifting solutions and Designed for heavy-duty lifting of vehicles, including trucks and armored cars. These Jacks also provide additional services like tire and oil changes. The diversity and quality of truck jack benefits you will derive from your equipment depends primarily on two factors. One, its mechanism of operation, meaning whether it is built for singular or multi-purpose use.

Two, whether it is stored and maintained properly with regular checks being implemented. This step is critical for the long-term wellbeing of your heavy-duty truck jack and making it more reliable and durable for you despite on-the-job wear and tear. Miss this crucial step and you have an empty tin can on your hands needing frequent replacement.

That is why we will cover 8 quick and easy maintenance tips to prolong your heavy-duty truck jack’s life in this blog. By following these steps, you can turn your recurrent purchases (of buying new heavy-duty truck jacks and replacing them at regular intervals) into a long-term investment in truck lifting solutions.

Features that Guarantee Prolonged heavy duty Jack Life 

Before we get into the 8 quick and easy maintenance tips to prolong your heavy-duty truck jack’s life, we would like to ensure that you know that these alone are by no means foolproof measures against a jack’s long term on the job wear and tear. 

What kind of heavy duty truck jack you buy?

Meaning the truck jack benefits its features have to offer- matters just as much. So, we will quickly discuss the top features inherent to top performing heavy duty truck jacks that future proofs your investment. 

  1. Load Capacity – The load capacities of heavy-duty truck jacks vary significantly from ordinary ones, owing to the types of vehicles they are designed to lift. So, naturally, it would follow that a heavy-duty truck jack would have a higher load capacity more commensurate to lifting bigger trucks than regular jacks. Using the right jack for the right vehicle is bound to prolong the life of the jack. 
  2. Component Quality – Perhaps the most important feature of an ideal heavy-duty truck jack- whether it is a hydraulic or pneumatic- is the quality of its component parts that determine its prolonged performance. Stan Design Inc. is a leading heavy-duty truck jack manufacturer that uses high gloss powder coat paint and zinc plated components that enhance their functionality. 
  3. Build Material – Finally, the material used to build the jack- usually steel- must be of high quality so it can ensure safe and prolonged use of the heavy-duty truck jack. This quality goes a long way in determining whether additional support accessories like chocks or stands would be required in the lifting process. Stan Design Inc. heavy-duty truck jacks are made with high-grade steel that resists corrosion and deterioration. 

Heavy-duty Truck Jacks– 8 Maintenance Tips 

Maintaining your heavy-duty truck jack is no rocket science. Everyone can do it with a little patience and our guide. So, without further ado, here are 8 quick and easy maintenance tips to prolong your heavy-duty truck jack’s life. Happy learning! 

  1. Storing it in a clean and dry place– Heavy-duty truck jacks have various components that must not be exposed to humid or dirty environments. For instance, in hydraulic jacks that run on grease and fluids, stored within, any contact with dirt or external moisture is bound to contaminate it, rendering it useless or potentially harmful even.
  2. Creating a regular inspection checklist– Once the storage is looked after, stick to a robust checklist of items or procedures required to maintain your heavy-duty truck jack. You may begin with setting up a maintenance routine which will help you compartmentalize your time and organize your chores accordingly. Even though jacks rarely demand any attention, if kept properly, keep an eye out for unusual issues.
  3. Using quality lubricants– High-grade oil, grease, or hydraulic fluid, in the case of hydraulic jacks, must be used for the truck lifting solutions. This reduces unnecessary friction which can lead to premature wear and tear within the mechanical and structural components of jacks. Check and refill oil levels accordingly. With pneumatic jacks, check pressure test point locations, flow rates within the system, air motor speeds, etc.
  4. Checking for physical dents– The most visible giveaway sign of a potential malfunction is a physical dent on your jack body or, worse, broken parts. So, keeping a lookout for these on and off your jack, prevents the costs related to repairs from accruing. And of course, it also helps you to get it fixed before it hurts you or someone else.
  5. Cleaning and restoring after every use– Use a damp cloth to clean the dirt after a use, before it settles and gets sticky. Grease tends to attract a lot of dirt because of its texture, leading to rusting and clogging within jack
  6. Troubleshooting burst hoses or valves– Applicable exclusively to pneumatic heavy-duty truck jacks, troubleshooting burst hoses or valves prevents or identifies early excessive air leakage, inadequate pressure levels, loose manual operations, and erratic functioning components. Compressed air is an unstable element in pneumatic systems, so missing this step can cost heavily.
  7. Bleeding hydraulic cylinders– Applicable exclusively to hydraulic heavy-duty truck jacks, this step involves releasing pressure before putting the jack away. Bleed the cylinders regularly before storage. Otherwise, the jack would strain lifting and supporting loads. This also makes the tool more compact and easier to store. Finally, it releases stress on the system that can contribute to the deterioration of various components.

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Categories
Floor jacks Hydraulic Jacks Pit Jacks

Comparing Hydraulic and Pneumatic Jacks: Pros and Cons

Pneumatic Jacks

Pneumatic jacks are gadgets that utilize packed or compressed air to load, lift, suspend and lower heavyweight materials and apparatus easily, like heavy-duty vehicles, military-grade rucks, and modern hardware, among others.

The pneumatic jack converts electrical energy into mechanical power and the force is transferred by compressed air to lift, push, or move heavy components. The anatomy of a pneumatic jack can be broken down into these main parts, namely:

  • Air inlet circuit
  • Air outlet circuit
  • Pneumatic cylinder
  • Peristaltic pump
  • Piston
  • Hammer
  • Air valve
  • Relief valve
  • Solenoid valve

Compressed air is routed via tubes to a pneumatic cylinder, which converts power into the peristaltic pump. An adjustable air solenoid valve is used to generate the reciprocating motion. The control unit sends the input to the solenoid valve.

The jack receives compressive force from the propeller, which moves on the cylinder. The jack is placed beneath the vehicle, where the car to be elevated will be lifted. The jack can lift the vehicle when the solenoid valve is turned on.

The piston connected to the jack provides the reciprocating motion of the car over the jack. Thus, the vehicle can be easily lifted using a pneumatic jack. The most common examples of this kind of jacks are inflatable air bag jacks.

Hydraulic Jacks

Hydraulic jack components work to produce applications in a range of fields including and beyond the automotive industry, like aircraft, bridges, cable tensioning, house moving, construction, general industrial, laboratory, locomotive, marine, mobile home, railroad, shipbuilding, shoring and stabilizing such as for tunnels and mines, tractors, and trailers.

Fluid mechanics, or Pascal’s principle, is the foundation for hydraulic jack operation. According to the law, any part of a fluid that is pushed or squeezed will also affect the other parts of the fluid.

Hydraulic jacks are devices used to load, lift, suspend and lower heavy weights like trucks, buses, sports utility vehicles, or other types of cars, for repairs and maintenance, among other items. The anatomy of any hydraulic jack can be broken down into these main parts, namely:

  • Reservoir or buffer tank
  • Pump with piston or plunger
  • Pump lever or handle
    Check valve
    Main cylinder or ram
    Release valve
    Handle

The reservoir or buffer tank is the physical compartment of the hydraulic jack which holds the hydraulic fluid or pump oil. When the handle or lever of the pump with piston or plunger is mechanically lowered or raised, it builds up pressure in the adjoining compartment, i.e., the reservoir or buffer tank containing the fluid.

This applied pressure is transferred from the pump through a check valve and into the main cylinder or the ram, which extends out of the hydraulic jack body creating the required lifting force and lifting the load.

In essence, it indicates that any pressure change that occurs at any point in a confined, incompressible fluid is transmitted throughout the entire fluid without experiencing any loss. Consequently, the motion that is transferred through a fluid medium inside the machine’s cogs is what makes a hydraulic jack function.

Heavy-duty Hydraulic and Pneumatic Jack Comparison- Pros and Cons

Pros of Hydraulic Jacks

One of the key advantages of these jacks is the greater lifting force they are capable of generating.
This increased lifting force allows them to lift greater loads as well as for greater heights.

Cons of Hydraulic Jacks

Their disadvantages include the price point at which they are usually listed as compared with other jacks.
A key disadvantage is the obvious danger of accidental hydraulic oil spillage, which if gone unchecked can cause great damage to life and property.

Pros of Pneumatic Jacks

A key advantage of pneumatic jacks is that they are convenient and simple to operate because of their structure.
Another advantage includes the performance that they are able to deliver because of the anatomy of powerful air bags.

Cons of Pneumatic Jacks

A primary disadvantage of pneumatic systems, especially when compared to their hydraulic counterparts, is their durability.
Safety and reliability on pneumatic jacks also follow from the above point, although modern manufacturers are working to reverse this phenomenon.

Stan Design Inc. Heavy-duty Hydraulic and Pneumatic Jacks

Stan Design Inc. is a leader in the hydraulic and pneumatic jack industry in the Canadian and North American markets. With close to three decades of experience in fusing the science of manufacturing with the art of creative design, we implement cutting-edge technology to stay ahead of the competition in key offerings.

For instance, our products reduce the exhaustion of manual effort by switching traditional hand pumping methods to labor-intensive ways like Stan Design Inc.’s remote-controlled dead-man one button push hydraulic and pneumatic jacks.

Apart from that, our built-in multi-level safety lock mechanism, that engages automatically at different heights, eliminates the need for additional stands or chocks to secure the vehicle. This not only saves you money in purchasing these support materials but also prevents you from wasting precious time in the lifting process.

Heavy-duty Hydraulic and Pneumatic Jack Models to Choose from-

Floor Jacks

Scorpion TJ12S

Capacity- 24,000 lbs./ 12 Tons
Only 8’’ Collapsed Height
Lifts Over 15.75”

Scorpion TJ12SL

Capacity- 24,000 lbs./ 12 Tons
Only 7.5’’ Collapsed Height
Lifts Over 15”

Scorpion TJ14

Capacity- 28,000 lbs./ 14 Tons
Only 8.25” Collapsed Height
Lifts Over 20”

Scorpion TJ12E

Capacity- 24,000 lbs./ 12 Tons
Only 8’’ Collapsed Height
Lifts Over 15.75”
2 Extendable Arms

Scorpion MJ25

Capacity- 25,000 lbs./ 12.5 Tons
Lifts Over 36”
Extendable Beam with Stackable Adapters Designed for All Military Vehicle Applications

Pit Jacks

Scorpion PJ15

Capacity – 15,000 lbs.
Dual Hydraulics Arms
Extended Lifting Height – Over 20”
Size – 34” Wide
Expandable Size – 42” Wide

Scorpion PJ25

Capacity – 25,000 lbs.
Dual Hydraulics Arms
Extended Lifting Height – Over 20”
Size – 34” Wide
Expandable Size – 42” Wide

Scorpion PJ12S

Capacity – 12,000 lbs.
Dual Hydraulics Arms
Extended Lifting Height – Over 20”
Size – 31” Wide
Expandable Size – 46” Wide

Scorpion PJ15S

Capacity – 25,000 lbs.
Dual Hydraulics Arms
Extended Lifting Height – Over 20”
Size – 31” Wide
Expandable Size – 46” Wide

Scorpion PJ25S

Capacity – 25,000 lbs.
Dual Hydraulics Arms
Extended Lifting Height – Over 20”
Size – 32” Wide
Expandable Size – 46” Wide

Bridge Jacks

StanJack J6000H

Capacity – 6,000 lbs.
Heavy-Duty Hydraulics
Extended Lifting Height – Over 11”

StanJack J7000L

Capacity – 7,000 lbs.
Heavy-Duty Air Bag
Extended Lifting Height – Over 10.25”
Lowest Collapsed Height – Only 7”

StanJack J7500H

Capacity – 7,500 lbs.
Heavy-Duty Hydraulics
Extended Lifting Height – Over 10.25”
Lowest Collapsed Height – Only 7”

StanJack J9000H

Capacity – 9,000 lbs.
Heavy-Duty Hydraulics
Extended Lifting Height – Over 11”

StanJack J12000H

Capacity – 12,000 lbs.
Heavy-Duty Hydraulics

StanJack J15000H

Capacity – 15,000 lbs.
Heavy-Duty Hydraulics
Extended Lifting Height – Over 11”

StanJack J18000H

Capacity – 18,000 lbs.
Heavy-Duty Hydraulics

StanJack J25000H

Capacity – 25,000 lbs.
Heavy-Duty Hydraulics

StanJack J35000H

Capacity – 35,000 lbs.
Heavy-Duty Hydraulics

StanJack J50000H

Capacity – 50,000 lbs.
Heavy-Duty Hydraulics

Fast Lube Jacks

Pit Jacks J6000HFL

Capacity – 6,000 lbs.
Narrow 34.5” Top Beam
Heavy Duty Hydraulics

Pit Jacks J7500HFL

Capacity – 7,500 lbs.
Narrow 34.5” Top Beam
Heavy Duty Hydraulics

Pit Jacks J7000LFL

Capacity – 7,000 lbs.
Narrow 34.5” Top Beam
Heavy Duty Hydraulics

Pit Jacks J9000HFL

Capacity –9,000 lbs.
Narrow 34.5” Top Beam
Heavy Duty Hydraulics

Pneumatic Jacks

Pneumatic jacks are gadgets that utilize packed or compressed air to load, lift, suspend and lower heavyweight materials and apparatus easily, like heavy-duty vehicles, military-grade rucks, and modern hardware, among others.

The pneumatic jack converts electrical energy into mechanical power and the force is transferred by compressed air to lift, push, or move heavy components. The anatomy of a pneumatic jack can be broken down into these main parts, namely:

Air inlet circuit
Air outlet circuit
Pneumatic cylinder
Peristaltic pump
Piston
Hammer
Air valve
Relief valve
Solenoid valve

Compressed air is routed via tubes to a pneumatic cylinder, which converts power into the peristaltic pump. An adjustable air solenoid valve is used to generate the reciprocating motion. The control unit sends the input to the solenoid valve.

The jack receives compressive force from the propeller, which moves on the cylinder. The jack is placed beneath the vehicle, where the car to be elevated will be lifted. The jack can lift the vehicle when the solenoid valve is turned on.

The piston connected to the jack provides the reciprocating motion of the car over the jack. Thus, the vehicle can be easily lifted using a pneumatic jack. The most common examples of this kind of jacks are inflatable air bag jacks.

Hydraulic Jacks

Hydraulic jack components work to produce applications in a range of fields including and beyond the automotive industry, like aircraft, bridges, cable tensioning, house moving, construction, general industrial, laboratory, locomotive, marine, mobile home, railroad, shipbuilding, shoring and stabilizing such as for tunnels and mines, tractors, and trailers.

Fluid mechanics, or Pascal’s principle, is the foundation for hydraulic jack operation. According to the law, any part of a fluid that is pushed or squeezed will also affect the other parts of the fluid.

Hydraulic jacks are devices used to load, lift, suspend and lower heavy weights like trucks, buses, sports utility vehicles, or other types of cars, for repairs and maintenance, among other items. The anatomy of any hydraulic jack can be broken down into these main parts, namely:

Reservoir or buffer tank
Pump with piston or plunger
Pump lever or handle
Check valve
Main cylinder or ram
Release valve
Handle

The reservoir or buffer tank is the physical compartment of the hydraulic jack which holds the hydraulic fluid or pump oil. When the handle or lever of the pump with piston or plunger is mechanically lowered or raised, it builds up pressure in the adjoining compartment, i.e., the reservoir or buffer tank containing the fluid.

This applied pressure is transferred from the pump through a check valve and into the main cylinder or the ram, which extends out of the hydraulic jack body creating the required lifting force and lifting the load.

In essence, it indicates that any pressure change that occurs at any point in a confined, incompressible fluid is transmitted throughout the entire fluid without experiencing any loss. Consequently, the motion that is transferred through a fluid medium inside the machine’s cogs is what makes a hydraulic jack function.

Heavy-duty Hydraulic and Pneumatic Jack Comparison- Pros and Cons

Pros of Hydraulic Jacks

One of the key advantages of these jacks is the greater lifting force they are capable of generating.
This increased lifting force allows them to lift greater loads as well as for greater heights.

Cons of Hydraulic Jacks

Their disadvantages include the price point at which they are usually listed as compared with other jacks.
A key disadvantage is the obvious danger of accidental hydraulic oil spillage, which if gone unchecked can cause great damage to life and property.

Pros of Pneumatic Jacks

A key advantage of pneumatic jacks is that they are convenient and simple to operate because of their structure.
Another advantage includes the performance that they are able to deliver because of the anatomy of powerful air bags.

Cons of Pneumatic Jacks

A primary disadvantage of pneumatic systems, especially when compared to their hydraulic counterparts, is their durability.
Safety and reliability on pneumatic jacks also follow from the above point, although modern manufacturers are working to reverse this phenomenon.

Stan Design Inc. Heavy-duty Hydraulic and Pneumatic Jacks

Stan Design Inc. is a leader in the hydraulic and pneumatic jack industry in the Canadian and North American markets. With close to three decades of experience in fusing the science of manufacturing with the art of creative design, we implement cutting-edge technology to stay ahead of the competition in key offerings.

For instance, our products reduce the exhaustion of manual effort by switching traditional hand pumping methods to labor-intensive ways like Stan Design Inc.’s remote-controlled dead-man one button push hydraulic and pneumatic jacks.

Apart from that, our built-in multi-level safety lock mechanism, that engages automatically at different heights, eliminates the need for additional stands or chocks to secure the vehicle. This not only saves you money in purchasing these support materials but also prevents you from wasting precious time in the lifting process.

Heavy-duty Hydraulic and Pneumatic Jack Models to Choose from-

Floor Jacks

Scorpion TJ12S

Capacity- 24,000 lbs./ 12 Tons
Only 8’’ Collapsed Height
Lifts Over 15.75”

Scorpion TJ12SL

Capacity- 24,000 lbs./ 12 Tons
Only 7.5’’ Collapsed Height
Lifts Over 15”

Scorpion TJ14

Capacity- 28,000 lbs./ 14 Tons
Only 8.25” Collapsed Height
Lifts Over 20”

Scorpion TJ12E

Capacity- 24,000 lbs./ 12 Tons
Only 8’’ Collapsed Height
Lifts Over 15.75”
2 Extendable Arms

Scorpion MJ25

Capacity- 25,000 lbs./ 12.5 Tons
Lifts Over 36”
Extendable Beam with Stackable Adapters Designed for All Military Vehicle Applications

Pit Jacks

Scorpion PJ15

Capacity – 15,000 lbs.
Dual Hydraulics Arms
Extended Lifting Height – Over 20”
Size – 34” Wide
Expandable Size – 42” Wide

Scorpion PJ25

Capacity – 25,000 lbs.
Dual Hydraulics Arms
Extended Lifting Height – Over 20”
Size – 34” Wide
Expandable Size – 42” Wide

Scorpion PJ12S

Capacity – 12,000 lbs.
Dual Hydraulics Arms
Extended Lifting Height – Over 20”
Size – 31” Wide
Expandable Size – 46” Wide

Scorpion PJ15S

Capacity – 25,000 lbs.
Dual Hydraulics Arms
Extended Lifting Height – Over 20”
Size – 31” Wide
Expandable Size – 46” Wide

Scorpion PJ25S

Capacity – 25,000 lbs.
Dual Hydraulics Arms
Extended Lifting Height – Over 20”
Size – 32” Wide
Expandable Size – 46” Wide

Bridge Jacks

StanJack J6000H

Capacity – 6,000 lbs.
Heavy-Duty Hydraulics
Extended Lifting Height – Over 11”

StanJack J7000L

Capacity – 7,000 lbs.
Heavy-Duty Air Bag
Extended Lifting Height – Over 10.25”
Lowest Collapsed Height – Only 7”

StanJack J7500H

Capacity – 7,500 lbs.
Heavy-Duty Hydraulics
Extended Lifting Height – Over 10.25”
Lowest Collapsed Height – Only 7”

StanJack J9000H

Capacity – 9,000 lbs.
Heavy-Duty Hydraulics
Extended Lifting Height – Over 11”

StanJack J12000H

Capacity – 12,000 lbs.
Heavy-Duty Hydraulics

StanJack J15000H

Capacity – 15,000 lbs.
Heavy-Duty Hydraulics
Extended Lifting Height – Over 11”

StanJack J18000H

Capacity – 18,000 lbs.
Heavy-Duty Hydraulics

StanJack J25000H

Capacity – 25,000 lbs.
Heavy-Duty Hydraulics

StanJack J35000H

Capacity – 35,000 lbs.
Heavy-Duty Hydraulics

StanJack J50000H

Capacity – 50,000 lbs.
Heavy-Duty Hydraulics

Fast Lube Jacks

Pit Jacks J6000HFL

Capacity – 6,000 lbs.
Narrow 34.5” Top Beam
Heavy Duty Hydraulics

Pit Jacks J7500HFL

Capacity – 7,500 lbs.
Narrow 34.5” Top Beam
Heavy Duty Hydraulics

Pit Jacks J7000LFL

Capacity – 7,000 lbs.
Narrow 34.5” Top Beam
Heavy Duty Hydraulics

Pit Jacks J9000HFL

Capacity –9,000 lbs.
Narrow 34.5” Top Beam
Heavy Duty Hydraulics

get in touch!

Categories
Bridge Jacks Fast Lube Floor jacks Hydraulic Jacks Pit Jacks

How to Choose the Right Hydraulic Jack for Your Fleet Needs?

What is a Heavy-Duty Jack?

Jacks are of many types- heavy-duty jack being one classification on the basis of the kind of output they are expected to give. For instance, as opposed to heavy-duty jacks, there might be a standard car jack with a lower load capacity.

Similarly, another basis of classifying jacks is their methods of operation- hydraulic or pneumatic. Some jack manufacturing and designing companies sell both types, yet others stick to more traditional ones like mechanical or electrical ones.

Heavy-duty jacks can be either fluid-powered or hydraulic, or air-powered or pneumatic. Heavy vehicle hydraulic jacks are basically tools of leverage that help load, lift, suspend and lower heavy vehicles in the automobile industry.

Heavy vehicle hydraulic jacks are used in a variety of other industries too including aircraft, bridges, cable tensioning, house moving, construction, general industrial, laboratory, locomotive, marine, mobile home, railroad, shipbuilding, shoring and stabilizing, tractors and trailers, etc.

 

How to Choose the Best Hydraulic Jack for Trucks?

  1. Figure Out Your Load and Lift Needs- The first and foremost priority of yours while choosing the best hydraulic jack for trucks should be to figure out your exact requirement. A commercial garage owner or workshop mechanic’s needs would be very different from let’s say just a car owner. The former would require a range of jacks for servicing different sizes and types of vehicles and their unique issues. The latter could work with small portable jacks that fit their storage compartment and come in handy during emergencies.
  2. Research and Choose Your Jack Type- Expanding on the previous point and once you have figured out the type of jack you need depending on the purpose and requirement of usage, you can move onto researching different types of mechanisms of operation in jacks. This would allow you to not only reduce manual labour while making the jack function but also aid you in setting up your budget accordingly. So, for example, while traditional jacks may come off as cheaper alternatives to modern hydraulic jacks, they are also more time and energy consuming.
  3. 3. Safety Precautions and Features- Finally, and perhaps the most important yardstick to look out for while choosing the best hydraulic jack for trucks is checking its safety features. Generally, jacks require additional stands or chocks to support its lifting activities, incurring an extra overhead cost for the owner. These stands also need to be compatible with the jacks and positioned correctly under the vehicle to be used safely- eliminating the option for safe use by individuals. Buying jacks that do not need such stands and come with additional safety features is a reality now.

 

Stan Design Inc. Heavy-duty Jacks

Stan Design Inc. is a leader in the heavy-duty jack industry in the Canadian and North American markets. With close to three decades of experience in fusing the science of manufacturing with the art of creative design, they implement cutting-edge technology to stay ahead of the competition in key offerings.

They produce some of the best hydraulic jacks for trucks. The use of hydraulic power can be traced back to as early as the ancient Mesopotamian and Egyptian civilizations around the 6th millennium BC. The ancient Persian and Chinese empires, along with the Greco-Roman worlds led its advancement to the modern era.

From the 17th century onwards, its modern-day application research was pioneered by the likes of Benedetto Castelli, Jean Léonard Marie Poiseuille, Daniel Bernoulli, Joseph Bramah, apart from of course Blaise Pascal. Heavy vehicle hydraulic jacks work according to the principle of Pascal’s law of fluid mechanics.

To understand it simply, it means that when there’s an increase in pressure at any point in a confined incompressible fluid, that pressure change is transmitted throughout the entire fluid. This reduces the exhaustion of manual effort by switching traditional hand pumping methods to labor-intensive ways like Stan Design Inc.’s remote-controlled dead-man one button push.

Apart from that, their built-in multi-level safety lock mechanism, that engages automatically at different heights, eliminates the need for additional stands or chocks to secure the vehicle.

 

Best Heavy-duty Jack Models to Choose From

Floor Jacks  

Scorpion TJ12S  

  • Capacity- 24,000 lbs./ 12 Tons  
  • Only 8’’ Collapsed Height 
  • Lifts Over 15.75” 

 

Scorpion TJ12SL  

  • Capacity- 24,000 lbs./ 12 Tons  
  • Only 7.5’’ Collapsed Height  
  • Lifts Over 15”  

Scorpion TJ14  

  • Capacity- 28,000 lbs./ 14 Tons  
  • Only 8.25” Collapsed Height  
  • Lifts Over 20”  

Scorpion TJ12E  

  • Capacity- 24,000 lbs./ 12 Tons  
  • Only 8’’ Collapsed Height  
  • Lifts Over 15.75”  
  • 2 Extendable Arms  

Scorpion MJ25  

  • Capacity- 25,000 lbs./ 12.5 Tons  
  • Lifts Over 36”  
  • Extendable Beam with Stackable Adapters Designed for All Military Vehicle Applications  

  

Pit Jacks 

Scorpion PJ15  

  • Capacity – 15,000 lbs.  
  • Dual Hydraulics Arms  
  • Extended Lifting Height – Over 20”  
  • Size – 34” Wide  
  • Expandable Size – 42” Wide  

  

Scorpion PJ25  

  • Capacity – 25,000 lbs.  
  • Dual Hydraulics Arms  
  • Extended Lifting Height – Over 20”  
  • Size – 34” Wide  
  • Expandable Size – 42” Wide  

  

Scorpion P12S  

  • Capacity – 12,000 lbs.  
  • Dual Hydraulics Arms  
  • Extended Lifting Height – Over 20”  
  • Size – 31” Wide  
  • Expandable Size – 46” Wide  

Scorpion PJ15S  

  • Capacity – 25,000 lbs.  
  • Dual Hydraulics Arms  
  • Extended Lifting Height – Over 20”  
  • Size – 31” Wide  
  • Expandable Size – 46” Wide  

Scorpion PJ25S  

  • Capacity – 25,000 lbs.  
  • Dual Hydraulics Arms  
  • Extended Lifting Height – Over 20”  
  • Size – 32” Wide  
  • Expandable Size – 46” Wide  

  

Bridge Jacks  

StanJack J6000H  

  • Capacity – 6,000 lbs.  
  • Heavy-Duty Hydraulics  
  • Extended Lifting Height – Over 11”  

  

StanJack J7000L  

  • Capacity – 7,000 lbs.  
  • Heavy-Duty Air Bag  
  • Extended Lifting Height – Over 10.25”  
  • Lowest Collapsed Height – Only 7”  

  

StanJack J7500H  

  • Capacity – 7,500 lbs.  
  • Heavy-Duty Hydraulics  
  • Extended Lifting Height – Over 10.25”  
  • Lowest Collapsed Height – Only 7”  

  

StanJack J9000H  

  • Capacity – 9,000 lbs.  
  • Heavy-Duty Hydraulics  
  • Extended Lifting Height – Over 11”  

  

StanJack J12000H  

  • Capacity – 12,000 lbs.  
  • Heavy-Duty Hydraulics  

  

StanJack J15000H  

  • Capacity – 15,000 lbs.  
  • Heavy-Duty Hydraulics  
  • Extended Lifting Height – Over 11”  

StanJack J18000H  

  • Capacity – 18,000 lbs.  
  • Heavy-Duty Hydraulics  

StanJack J25000H  

  • Capacity – 25,000 lbs.  
  • Heavy-Duty Hydraulics  

StanJack J35000H  

  • Capacity – 35,000 lbs.  
  • Heavy-Duty Hydraulics  

StanJack J50000H  

  • Capacity – 50,000 lbs.  
  • Heavy-Duty Hydraulics 

  

Fast Lube Jacks 

 

Pit Jacks J6000HFL 

  • Capacity – 6,000 lbs. 
  • Narrow 34.5” Top Beam  
  • Heavy Duty Hydraulics  

 

Pit Jacks J7500HFL  

  • Capacity – 7,500 lbs.  
  • Narrow 34.5” Top Beam  
  • Heavy Duty Hydraulics  

  

Pit Jacks J7000LFL  

  • Capacity – 7,000 lbs.  
  • Narrow 34.5” Top Beam  
  • Heavy Duty Hydraulics  

  

Pit Jacks J9000HFL  

  • Capacity –9,000 lbs.  
  • Narrow 34.5” Top Beam  
  • Heavy Duty Hydraulics

get in touch!

Categories
Floor jacks Hydraulic Jacks Pit Jacks

Essential Safety Tips for Using Heavy-Duty Hydraulic Jacks

What are Jacks?

Jacks are a type of heavy equipment lifting tool that, as the name suggests, enables the loading, lifting, suspension, and lowering of heavy loads like equipment, vehicles, and others. They can be of many different types based on different methods of lifting operation or the purpose they solve.

By the former classification, jacks can be hydraulic or fluid powered, pneumatic or air powered, electric, mechanical, IoT (Internet of Things) enabled, or hybrid, among yet more types. By the latter classification, they can be typified as floor jacks, pit jacks, rolling jacks, bridge jacks, bottle jacks, fast lube jacks, scissor jacks, etc.

 

What are Heavy-duty Hydraulic Jacks?

Heavy-duty hydraulic jacks are used in a variety of industries, the most common of which is, as you might have guessed, the automotive industry, and others like aircraft, automotive, bridges, cable tensioning, house moving, construction, general industrial, laboratory, locomotive, marine, mobile home, railroad, shipbuilding, shoring and stabilizing such as for tunnels and mines, tractors and trailers, to name a few.

Heavy-duty hydraulic jacks work according to the principle of Pascal’s law of fluid mechanics. Broken down, it means that when there’s an increase in pressure at any point in a confined incompressible fluid, that pressure change is transmitted throughout the entire fluid. This reduces the exhaustion of manual effort by switching traditional hand pumping methods to labor-intensive ways like Stan Design Inc.’s one button push.

 

How Do Heavy-duty Hydraulic Jacks Work?

To understand the essential safety tips for using heavy-duty hydraulic jacks, or performing heavy-duty jack maintenance or hydraulic jack inspection, let us first understand its components, which are as follows:

  • hydraulic oil,
  • reservoir or buffer or oil tank,
  • main cylinder or ram,
  • release valve,
  • control valve,
  • check valve,
  • lifting arm or pad, 
  • hydraulic pump with piston or plunger, and 
  • pump lever or handle.  

The reservoir, or buffer or oil tank is the physical compartment of the hydraulic jack that holds the hydraulic liquid or pump oil together when it is not in use. The control valve stays in a closed position when the hydraulic jack is not in use to prevent the accidental flow of oil.

The piston is responsible for lifting the heavy load or weight. It is usually mechanically activated by shifting the positions of the handle or pump lever attached to it. This movement builds up pressure in the hydraulic fluid contained inside the reservoir or buffer tank of the hydraulic jacks.

When the handle or lever of the hydraulic pump with piston or plunger is mechanically lowered or raised, it activates force and builds up pressure in the adjoining compartment, i.e., the reservoir or buffer tank containing the hydraulic fluid or pump’s oil, inside hydraulic jacks.

The pressure created allows the fluid to move through a check valve into the ram or main cylinder, which then pops out of the main body of the hydraulic jack creating the force required to lift the load.

This applied pressure is what transfers the oil from the pump through the check valve and into the main cylinder or the ram, which extends out of the hydraulic jack body. Finally, the release valve relieves the built pressure for easy retraction and lowering of the ram with the load on it, creating the required lifting force and lifting the load.

 

Safety Tips for Using Heavy-Duty Hydraulic Jacks 350

Now that we have discussed the step-by-step workings of a heavy-duty hydraulic jack, let us dive right into the 5 essential safety tips for using heavy-duty hydraulic jacks, or performing heavy-duty jack maintenance or hydraulic jack inspection.

  1. Selecting the Right Jack

First and foremost, before you set out on your lifting journey, it is essential to check whether the load you want to lift with your heavy-duty hydraulic jack matches its load lifting capacity. This step also goes a long way in ensuring that you are performing your heavy-duty jack maintenance the right way.

  1. Inspect and Address Jack Issues

The next essential step in your heavy-duty jack maintenance is inspecting it for wear and tear before using it. Regular check-ins with your heavy equipment lifting tools should still be coupled with this step to ensure that your lifting process is safe for both the personnel involved and the valuable load being lifted. Inspection should immediately be followed up by addressing the issue to hinder further neglect of the heavy-duty hydraulic jack.

  1. Position the Jack Correctly

Next, place the jack on a flat, stable surface, and ensure it is positioned right under the vehicle’s chassis. Then, connect it to the designated lifting points. Be careful to note it is those points and not others on the undercarriage as this can extend injury to the jack or the vehicle or both. Connecting them correctly prevents slipping or shifting during the lifting process.

  1. Use Jack Stands

This is a pretty straightforward step to follow if you are using outdated or traditional jack models. In Stan Design Inc., we have come up with jack designs that allow you to eliminate this step completely and save money in expensive jack stands. It also aids you in conserving your energy and time trying to find the correct jack stands for your heavy-duty hydraulic jacks.

  1. Lower the Vehicle Slowly

Finally, once your vehicle servicing is over, stabilize the jack and recheck it for any wear and tear. Remove the jack handles and the jack stands (if you used any) and lower the vehicle steadily to prevent any mishaps.

 

Stan Design Inc. Heavy-duty Hydraulic Jacks

Stan Design Inc. is a leading heavy-duty hydraulic jack manufacturer in Canada and North America, which also produces air bag variants of the same. With over two decades of experience in the industry, their team consists of expert engineers and skilled mechanics who are trained in state-of-the-art design and manufacturing.

Therefore, their products are both durable and reliable along with being aesthetically pleasing. It is thanks to their functional and usable design integration that the Scorpion line of floor and pit jack models along with their StanJack bridge jacks and fast lube jack offerings are some of the most highly sought-after in the market.

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Hydraulic Jacks

Eco-Friendly Jacks: Environmental Benefits of Hydraulic Cylinders

Application of Hydraulic Power in Hydraulic Jacks

Before we begin to delineate the application of hydraulics in hydraulic jacks, let us start with a basic definition of what a hydraulic jack is. These are eco-friendly jacks as they are increasingly designed to work with bio-degradable hydraulic fluids.

Traditionally, the hydraulic jack industry has thrived on oil-based fluids and energy and these jacks have been used to load, lift, suspend and lower heavy-duty vehicles for the purpose of maintaining and servicing them.

A hydraulic jack consists of:

  • Reservoir or buffer tank
  • Pump with piston or plunger
  • Pump lever or handle
  • Check valve 
  • Main cylinder or ram 
  • Release valve 
  • Handle 

 

The piston is responsible for lifting the heavy load or weight. It is usually mechanically activated by shifting the positions of the handle or pump lever attached to it. This movement builds up pressure in the hydraulic fluid contained inside the reservoir or buffer tank. 

The pressure created allows the fluid to move through a check valve into the ram or main cylinder, which then pops out of the main body of the hydraulic jack creating the force required to lift the load. Finally, the release valve relieves the built pressure for easy retraction and lowering of the ram with the load on it. 

 

History and Function of Hydraulic Systems 

Simply put, hydraulics is the technological application of liquids for the generation, control, and transmission of power by the use of pressure. It derives its theoretical foundation from the principle of fluid mechanics, advanced by the research of hydrostatics by Blaise Pascal who formulated Pascal’s law. 

The use of hydraulic power can be traced back to as early as the ancient Mesopotamian and Egyptian civilizations around the 6th millennium BC. The ancient Persian and Chinese empires, along with the Greco-Roman worlds led its advancement to the modern era. 

From the 17th century onwards, its modern-day application research was pioneered by the likes of Benedetto Castelli, Jean Léonard Marie Poiseuille, Daniel Bernoulli, Joseph Bramah, apart from of course Blaise Pascal.

The basic principle of hydraulic systems is applied to hydraulic jacks, typically through hydraulic cylinders moving pistons, where mechanical movement is produced by contained, pumped liquid.

For better understanding of its function, hydraulic systems can be considered the liquid counterpart of pneumatic systems. Both systems use pressurized fluid power, but hydraulics use liquids rather than gases, unlike pneumatics.

Hydraulic systems are capable of significant pressures- up to 10,000 pounds per square inch (psi)- due to liquids’ incompressibility, enabling more significant power transfer with increased efficiency as energy is not lost to compression. 

 

Modern-day Need for Eco-Friendly Jacks

The recent and rightful attention being directed towards the environmental impact of industries and the need for sustainability has driven the transformation of the automotive jack industry. Although the need to adopt eco-friendly jacks remains appreciated by few.

The industry is experiencing a shift toward implementation of recyclable and lightweight materials in manufacturing and using hydraulic jacks, say for instance, but it is slow. These initiatives aim to decrease emissions, minimize waste and meet rising demands to address environmental concerns head on.

The other key drivers of this transformation in hydraulic jacks are promoting energy efficiency and renewability, advancement in sealing technology, eco-friendly and bio-degradable hydraulic fluids, and the integration of IoT (Internet of Things) and smart technologies in hydraulic systems.

The conscious move to a safer and cleaner future requires non-bio accumulative and minimally toxic materials in every industry, while acknowledging the segment-wise need for change. Seeking innovative ways to reduce environmental footprint is one such practice.

 

Environmental Benefits of Hydraulic Systems

There are several benefits of making the move to eco-friendly jacks from an industrial perspective, some of which are compliance with changing regulations, cost savings, reduced environmental footprint, and a boost to brand reputation.

Of them, the environmental benefits of hydraulic systems remain distinctly important on the grounds of preservation of nature and its natural resources. Let us start with the manufacturing and design of these eco-friendly jacks. Advanced sealing technologies are ways of being energy efficient in the automotive jack industry.

They implement longer-lasting seals that perform better under high pressure and extreme temperatures. These improvements not only enhance system reliability by helping prevent leaks, but also contribute to sustainability by minimizing the loss of hydraulic fluid, and consequently reducing maintenance needs and fluid consumption, ultimately, contributing to the potential for environmental conservation.

Another aspect of this change is driven by the implementation of recycling of materials and using these recycled materials in the manufacturing of eco-friendly jacks and their components- from pumps, valves, cylinders, to other hydraulic parts. These materials are not only recyclable but also lightweight and biodegradable.

The increasing usage of aluminum, advanced polymers, and composites to produce hydraulic parts reduces the environmental impact, supporting a circular economy, and minimizing waste. These materials reduce the overall weight of the system, improving fluid efficiency in the hydraulic cylinders.

Finally, and perhaps the most revolutionizing innovation in the hydraulic jack industry has been the move toward adopting renewable and biodegradable hydraulic fluids. Unlike traditional mineral oil-based fluids, these sustainable fluids, typically made from vegetable oils or synthetic esters, offering excellent lubricity and thermal stability, are designed to break down naturally while minimizing ecological footprints.

There are four basic types of eco-friendly hydraulic fluids- HETG fluids (hydraulic environmental triglyceride), HEES fluids (hydraulic environmental ester synthetic), HEPG fluids (hydraulic environmental poly glycol), and HEPR fluids (hydraulic environmental polyalphaolefin and related).

Sealing technology like fluorocarbon seals give the best result when used with these eco-friendly hydraulic fluids. A variety of regulatory policies, specifications and labelling schemes exist to assess the eco-friendliness of hydraulic fluids across the world, like- European Eco-label, Blue Angel Eco-label, Swedish Standard SS 15 54 34 Category V, Vessel Incidental Discharge Act, and the USDA BioPreferred® Product Label.

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