Stan Design

Category: Jacks

Categories
Hydraulic Jacks Jacks

Signs It’s Time to Replace or Upgrade Your Hydraulic Jack

Signs It’s Time to Replace or Upgrade Your Hydraulic Jack
5 signs when your hydraulic jack needs replacement or upgrading

Hydraulic jacks are the backbone of any automotive repair shops, helping mechanics to lift vehicles efficiently for maintenance tasks. Unlike traditional mechanical or electric jacks, hydraulic jacks leverage fluid mechanics to deliver powerful and precise lifting capabilities. Stan Design manufactures premium hydraulic jacks, such as our Scorpion Floor Jacks and Scorpion Pit Jacks, designed for vehicles from small cars to heavy-duty trucks. However, even the most robust jacks can degrade over time due to wear, overuse, or improper maintenance. Recognizing the signs that your hydraulic jack needs replacement or an upgrade is critical to ensuring safety and productivity in your workshop.

You should know these 5 signs in a simpler way, that it’s time to replace or upgrade your hydraulic jacks or how these tools work and the benefits of investing in a new jack. By addressing these issues promptly, you can maintain a safe and efficient work environment.

5 signs when your hydraulic jack needs replacement or upgrading

  1. Overload Issues:
    One of the most common indicators of a failing hydraulic jack is a reduced load-bearing capacity. If your jack struggles to lift vehicles it once handled with ease or fails to hold the load securely, it’s likely overloaded or worn out. Overloading can strain internal components, compromising the jack’s efficiency and posing significant safety risks. For instance, a jack that cannot support a vehicle’s weight may collapse, endangering mechanics and equipment. If you notice these issues, it’s time to consider a hydraulic jack replacement to restore reliability and safety.
  2. Bearing Wheel Issues:
    Portable hydraulic jacks rely on wheels or casters for mobility, allowing mechanics to position them easily under vehicles. Over time, these wheels can wear out due to regular use, overloading, or exposure to harsh conditions like dirt or moisture. Damaged, wobbly, or unresponsive wheels hinder maneuverability and can compromise the jack’s stability during operation. If your jack’s wheels are showing signs of wear, upgrading to a new model with durable, high-quality casters, such as those found in Stan Design’s Scorpion Floor Jacks, can enhance performance and safety.
  3. Time and Speed Lags:
    A properly functioning hydraulic jack should lift and lower vehicles quickly and smoothly. If you notice delays in the lifting process or a significant reduction in operational speed, it could indicate internal issues such as worn seals, low hydraulic fluid levels, or air trapped in the system. These problems can lead to inefficiencies, slowing down your workflow and increasing downtime. Replacing or upgrading your jack to a modern model with advanced hydraulic systems can eliminate these lags and boost productivity.
  4. Frame and Axle Issues:
    The frame of a hydraulic jack acts as its structural backbone, while the axle facilitates the lifting mechanism. Over time, the frame may suffer from corrosion, bending, or other damage, particularly if the jack has been overloaded or stored improperly. Similarly, axle issues can impair the jack’s ability to lift loads effectively, often due to hydraulic fluid pressure problems. If you observe deformities, cracks, or malfunctions in the frame or axle, it’s a clear sign that a replacement is necessary. Stan Design’s jacks, made from high-grade steel and aluminum, offer superior durability to withstand demanding conditions.
  5. Oil Leak Issues:
    Hydraulic jacks depend on hydraulic fluid to generate the pressure needed for lifting. Oil leaks, often caused by damaged seals, corrosion, or poor maintenance, can significantly reduce a jack’s efficiency and create hazardous working conditions. Leaks may result from rust, oxidation, or neglect, such as improper storage. If you notice hydraulic fluid pooling under your jack, it’s a critical issue that requires immediate attention. In many cases, upgrading to a new jack with advanced sealing technology, like those offered by Stan Design Inc., is more cost-effective than repeated repairs.

Benefits of Upgrading to a New Hydraulic Jack

Investing in a new hydraulic jack from Stan Design Inc. offers numerous advantages, particularly for professional workshops and automotive enthusiasts. Here are two key benefits:

  • Enhanced Control

Modern hydraulic jacks from Stan Design Inc. feature advanced control systems, such as detachable remote-control pendants with dead man switches. These allow operators to lift and lower vehicles with precision, using just a button or two, depending on the model. This level of control enhances efficiency and reduces operator fatigue, making it ideal for high-volume workshops.

  • Superior Safety:

Safety is paramount when lifting heavy vehicles. Stan Design’s hydraulic jacks are equipped with a 3-stage multi-locking mechanism that automatically engages at various lifting heights, ensuring the load remains secure. Additionally, our jacks are constructed from high-grade steel and aluminum, incorporating innovative features like dual-pump and air-hydraulic systems for enhanced reliability. These safety measures minimize the risk of accidents, protecting both mechanics and equipment.

How Hydraulic Jacks Work

To better understand when your hydraulic jack is malfunctioning, it helps to know how it operates. Hydraulic jacks function based on Pascal’s principle, which states that pressure applied to a confined, incompressible fluid is transmitted equally throughout the fluid. This principle allows hydraulic jacks to lift heavy loads with minimal effort.

A typical hydraulic jack consists of several key components:

  • Reservoir: Stores hydraulic fluid when the jack is not in use.
  • Pump: Driven by a handle or lever, it pressurizes the fluid.
  • Check Valve: Ensures fluid flows in the correct direction.
  • Main Cylinder (Ram): Extends to lift the load as fluid enters.
  • Release Valve: Allows fluid to return to the reservoir, lowering the load.
  • Lifting Arm or Pad: Contacts the vehicle to lift it.

When the pump handle is operated, hydraulic fluid is forced from the reservoir into the main cylinder, causing the ram to extend and lift the vehicle. Opening the release valve allows the fluid to flow back, lowering the load. Issues like leaks or worn seals can disrupt this process, leading to the signs mentioned above.

Maintenance Tips to Extend Jack Lifespan

While replacing a failing jack is often necessary, regular maintenance can help extend its lifespan. Here are some tips:

  • Regularly: Check for signs of wear, leaks, or damage.
  • Clean Thoroughly: Remove dirt and contaminants to prevent internal damage.
  • Replace Hydraulic Fluid: Change the fluid annually or as recommended by the manufacturer of Jacks.
  • Store Properly: Keep the jack upright in a dry, clean environment to prevent corrosion.

Final Thoughts:

Recognizing the signs that your hydraulic jack needs replacement or upgrading is essential for maintaining a safe and efficient workshop. Issues like overload problems, damaged wheels, slow operation, frame and axle damage, or oil leaks indicate that your jack may no longer be reliable. Upgrading to a new hydraulic jack ensures enhanced control, superior safety, and long-lasting performance.

If you’re experiencing any of these issues, don’t wait for a breakdown to disrupt your operations. Explore our range of premium hydraulic jacks or contact us for a free quote and personalized advice. You can trust us in quality, safety, and innovation for all your lifting needs.

get in touch!

Categories
Hydraulic Jacks Jacks

The Role of Jacks in Electric Vehicle Maintenance

The electric vehicle (EV) revolution is transforming the automotive landscape, with millions of EVs on roads worldwide and projections indicating continued growth. As of 2025, the global EV market is expected to expand significantly, driven by environmental concerns and advancements in battery technology. As more consumers and businesses adopt electric mobility, understanding how to maintain these vehicles is crucial. Unlike traditional internal combustion engine (ICE) vehicles, EV’s have fewer moving parts, reducing the need for certain maintenance tasks. However, components like tires, brakes, and suspension systems still require regular attention, often necessitating lifting the vehicle. This is where jacks become indispensable.

In this article, we’ll explore the important role of jacks in EV maintenance. We’ll also see the unique characteristics of EVs that influence lifting requirements, the importance of selecting the appropriate jack, and critical safety considerations to prevent accidents and vehicle damage. Additionally, we’ll highlight how Stan Design’s premium jacks, known for their quality and innovation, are ideally suited for EV maintenance, ensuring efficiency and safety for both professional technicians and DIY enthusiasts.

Understanding Electric Vehicle Maintenance

EVs differ significantly from ICE vehicles, impacting their maintenance needs. The absence of an engine eliminates tasks like oil changes and spark plug replacements. However, EVs still require care for mechanical and electrical systems to maintain performance and longevity. Key maintenance tasks that often require lifting include:

  • Tire Rotations and Replacements: EVs can be heavier due to battery packs, leading to unique tire wear patterns. Regular rotations ensure even wear and extend tire life.
  • Brake System Inspections and Repairs: Regenerative braking reduces brake pad wear, but periodic checks and replacements are still necessary.
  • Suspension System Maintenance: The added weight of battery packs stresses suspension components, requiring inspections and repairs.
  • Battery Pack Inspections: Though rare, accessing the vehicle’s underside may be needed for battery-related maintenance or diagnostics.

These tasks underscore the need for a reliable jack capable of safely lifting heavy EVs. For more on selecting the right jack, see Choosing the Right Vehicle Jack.

The Importance of Using the Right Jack for Electric Vehicles

Selecting an appropriate jack for EV maintenance is critical for safety and preventing damage. EVs are generally heavier than comparable ICE vehicles due to their battery packs. For example, a Tesla Model 3‘s Curb weight approximately (3,552 lb. to 4,048 lb), while a Rivian R1T electric truck can weigh around 2,670 kg, and the GMC Hummer EV exceeds 4,000 kg (KBB: Heaviest Electric Vehicles). A jack must have a load capacity that exceeds the vehicle’s weight, typically by a factor of 1.2 for safety.

Stan Design offers a range of jacks tailored to various needs:

Scorpion Floor Jacks

Scorpion Pit Jacks

Bridge Jacks

Fast Lube Jacks to fit your pit

Lifting height is another key consideration, as EVs have varying ground clearances. Some tasks, like suspension repairs, may require higher lifts. These jacks provide multiple height options to accommodate different vehicles and feature high-grade materials and advanced technologies, such as dual pump and air-hydraulic systems, ensuring smooth, controlled lifting to protect sensitive EV components.

Safety Considerations When Jacking Up an Electric Vehicle

Lifting an EV introduces unique safety challenges due to high-voltage systems and battery pack placement. Key safety considerations include:

  1. Correct Jack Points: Always consult the vehicle’s manual to identify designated jack points, typically reinforced areas along pinch welds or the frame. Lifting at incorrect points can damage the battery pack, leading to costly repairs or safety hazards (Speak EV Forum: Trolley Jacking Points).
  2. Use of Jack Stands: Never work under a vehicle supported only by a jack. Place jack stands under appropriate support points to ensure stability.
  3. High Voltage Precautions: Disable the vehicle’s high-voltage system before maintenance to avoid electrical shocks. Follow manufacturer guidelines for safe handling.
  4. Stable Surface: Lift on a flat, level surface to prevent slipping or rolling. Avoid soft or uneven ground.
  5. Wheel Chocks: Use chocks to immobilize wheels not being lifted, adding an extra layer of safety.

Adhering to these practices minimizes risks.

Step-by-Step Guide to Jacking Up an Electric Vehicle

To safely lift an EV using a floor jack, follow these steps:

Preparation:

  • Park on a level surface, such as concrete or asphalt.
  • Engage the parking brake.
  • Place wheel chocks behind wheels not being lifted.

Identify Jack Points:

  • Refer to the vehicle’s manual for designated jack points, often marked by notches or reinforced areas.

Position the Jack:

  • Place the jack under the jack point, ensuring the saddle is centered and in full contact.

Lift the Vehicle:

  • Slowly pump the jack handle to raise the vehicle, monitoring for stability.
  • Lift to the required height for the task.

Secure with Jack Stands:

  • Position jack stands under support points as per the manual.
  • Lower the vehicle onto the stands, ensuring secure placement.

Perform Maintenance:

  • Conduct the necessary tasks, such as tire rotation or brake inspection.

Lower the Vehicle:

  • Raise the vehicle slightly to remove jack stands.
  • Slowly lower the vehicle by releasing the jack’s pressure.
  • This process ensures safe and effective lifting, leveraging the precision of Stan Design’s jacks.

Conclusion

As EVs become more prevalent, proper maintenance tools and techniques are essential. Jacks play a fundamental role in tasks like tire rotations, brake repairs, and suspension maintenance. By understanding EV-specific requirements and using high-quality jacks from Stan Design, technicians and enthusiasts can perform maintenance safely and efficiently. Whether you’re a professional or a DIYer, investing in the right jack is key to keeping EVs in top condition.

get in touch!

Categories
Fast Lube Hydraulic Jacks Jacks Pit Jacks

Enhancing Safety and Efficiency with Automotive Pit Covers

Automotive Pit Covers: Keeping Workshops and Mechanics Safe.
Automotive Pit Covers: Keeping Workshops and Mechanics Safe.

Introduction of Pit Covers

Automotive workshops together with commercial garages function as active environments where mechanics dedicate their time to maintain vehicle functionality. Service and inspection pits serve as essential tools to inspect vehicle undersides, but they become hazardous when they remain without protection. Open pits are the most common workplace hazard that leads to industrial injuries among automotive workers since they cause sprains fractures and occasionally fatal accidents. Pits without protective covers accumulate oil grease and debris which leads to unsafe conditions that might be toxic.

Safety solutions depend on pit covers as the essential answer to these problems. The Canadian company provides premium pit covers that deliver safety along with durability and operational functionality. These custom made pit covers accommodate different sizes and budgets which makes them suitable for workshops in North America. This blog post examines pit covers through their features and benefits and special characteristics and shows how these components transform your workshop into a safer space with improved efficiency.

Additionally, the solution to these problems requires pit covers as essential safety equipment. The PLC1000 model stands out because it was created to meet practical and safety requirements. The PLC1000 is a pit cover system heavy-duty design that perfectly covers standard service pits while providing easy-to-use covering systems. The model includes pneumatic release and locking features which provide complete user safety throughout pit access procedures.  The combination of roller-bearing wheels and telescoping arms enables easy movement throughout restricted shop areas. The cover operates with ease for mechanics who work without discomfort and shop owners benefit from its durable construction and decreased liability risks. The PLC1000 manufactured in Canada meets the highest industry standards while delivering functional safety and  cost-effective performance for commercial vehicle maintenance in busy garages

Key Features of Pit Covers

The pit covers designed by combine precise engineering with careful construction to provide various features suitable for contemporary automotive workshops. These characteristics make the product stand out:

  • Custom Fit: The system is designed to match your specific pit size for a complete seal with no gaps.
  • Durability: The powder coat paint resists corrosion and the zinc-plated components provide durability.
  • Safety Mechanisms: Three-stage locking system with pneumatic release for secure operation.
  • Ease of Use: A pull handle and roller bearing wheels enable easy movement between opening and closing operations.
  • Lifting Capability: Likely supports heavy-duty lifting, ideal for trucks and buses.
  • Versatility: Telescoping arms allow users to pick up items  from flexible points which work with different vehicle types.
  • Canadian Quality: Canadian manufacturing facilities produce these products under demanding quality control measures.

The combination of practical features and safety measures in these pit covers makes them suitable for daily workshop usage. The lifting capability stands out as a key differentiator for Stan Design because it enables workshops to complete wheel alignment and tire rotation tasks directly from the pit.

Benefits of Using Pit Covers

Pit Covers provides your workshop with various advantages that both improve safety and boost operational efficiency.

Open pit coverage provides enhanced protection for both employees and customers by decreasing their fall risk. The locking system maintains the cover position and reduces workplace hazards.

  • Cleaner Environment: By preventing debris and fluids from collecting in the pit, the covers maintain a hygienic workspace, reducing slip hazards.
  • Increased Efficiency: The built-in lifting system allows workshops to operate on heavy vehicles without additional tools which accelerates their service operations.
  • Cost Savings: Durable materials and low maintenance needs mean long-term savings. Insurance and liability expenses decrease when accidents become fewer.
  • High-quality: Pit Covers provide organizations with regulatory compliance while protecting employees from workplace safety violations which leads to cost reduction through avoidance of penalties and operational conformity.

Why Stan Design’s Pit Cover Stands Out?

  • Traditional Covers: Wooden planks can warp or break and basic metal covers may not fit properly. The custom-fit design of Stan Design provides stability while maintaining safety.
  • Competitors: Stan Design offers customized pit covers that match your specific needs better than generic solutions found elsewhere. The lifting feature provides a distinctive benefit which is not standard in similar products.
  • Quality Assurance: As a Canadian manufacturer, Stan Design adheres to rigorous standards, delivering reliable, high quality products.

Workshops select Stan Design as their preferred provider because of its dependable safety solutions..

Customers Feedback who used Pit Cover Stan Design –

John T., Workshop Owner: “These pit covers are a game-changer. These pit covers enable smooth handling of heavy trucks while delivering exceptional safety performance through their top-quality locking mechanism.

Emily R., Garage Manager: “The features are fantastic, especially the pneumatic release. I highly recommend these covers.”

The testimonials demonstrate the functional advantages and customer contentment that users receive when selecting Stan Design products.

Workshops that want to boost safety and operational efficiency should pit covers as their fundamental investment. The custom-fit pit covers provide durable construction and advanced safety features with potential lifting capabilities to address open pit challenges while delivering operational versatility. These Canadian-made covers meet high Canadian quality standards while establishing themselves as the preferred choice for North American workshops.

The time has arrived for you to establish a safer workplace that increases productivity. The Stan Design website enables you to discover more about their pit covers while allowing you to obtain customized pricing information. This advanced solution provides both operational efficiency and workplace safety protection for your team through its implementation.

Open pits create a danger to your workshop operations. The team at Stan Design provides custom quotes for pit covers that you can explore through their website. You can begin by clicking here or contacting a representative through a phone call.

get in touch!

Categories
Jacks Truck Jacks

Truck safety depends heavily on Weight, Tires, and Inspections

Truck Safety Checks: Weight, Tires, Inspections
Truck Safety Checks: Weight, Tires, Inspections

Regular checks on the tires are important to ensure the safety of the truck and the proper functioning of the vehicle. Properly maintained tires help prevent accidents, minimize vehicle downtime, and help to increase the  life of the vehicle. In order to perform these inspections effectively, one requires certain tools, particularly jacks which are suitable for lifting and supporting heavy trucks. At Stan Design, you can find a  selection of jacks that can help make tire inspection and other maintenance tasks easier and safer. This article discusses the process of selecting the appropriate jack, the process of checking the tires of trucks, the safety measures that should be taken, and how to meet the legal requirements in Canada and the USA.

Understanding Truck Weight, Tire and Jack Selection

Before checking the tires, it is important to know the weight of the truck to select the appropriate jack that can lift the vehicle. Using a jack that is not appropriate for the job can result in unsafe situations or injuries. Stan Design has numerous jacks available including the Scorpion Floor Jacks that can handle up to 10 tons and the pit jacks that can handle up to 50 tons. For heavy duty trucks, Scorpion Floor Jacks are quite reliable and safe thanks to their strong build and the double pump system. When buying a jack, it is important to consider the gross vehicle weight rating (GVWR) of the truck and make sure  the jack can lift it with some extra weight.

In addition to the capacity, think about the lifting height needed for tire inspection. Some jacks, for example, the pit jacks, can reach  heights of up to 72 inches, which is useful for working on the undercarriage of the  vehicle. The jacks made from high grade steel and aluminum to guarantee strength and stability while in use. By selecting the correct jack, you lay the ground work for safe and  efficient tire inspections.

A Step by Step Approach to Checking the Tires of a Truck

A proper tire check needs to be done properly and with the right equipment. Here is a step by step guide to help you inspect your truck tires safely:

Preparation:

  • Find a flat and stable surface for the  truck to park on.
  • Engage the parking brake and place wheel chocks on both sides of the  tires to prevent movement.
  • Collect all the necessary tools including a tire pressure gauge, a tread depth  gauge, and a flashlight to use during the inspection.

Lifting the Truck:

  • The recommended jack points are usually found on the truck’s frame near the wheels.
  • Place the jack under the jack point and make sure it is centered and stable.
  • Lower the truck slowly until the tire is in the air and ensure that the jack is firm.
  • Use jack stands to hold the truck as jacks should not be used to support the vehicle on their own.

Inspecting the Tires:

  • Check the depth of the tread using a gauge. In the USA, the Federal Motor Carrier Safety Administration (FMCSA) mandates that steer tires should not have less than 4/32 inch of tread and other tires should not have less than 2/32 inch of tread (49 CFR Part 396.17). For any damage such as cuts, punctures or bulges that may affect the tire’s integrity.
  • Look for any damage on the sidewalls such as cracks, abrasions or aging.
  • Inspect cracks, abrasions or signs of aging on the sidewalls.
  • Use a tire pressure gauge to check that the pressure is as recommended by the manufacturer which can be found on the driver’s side door jamb or in the owner’s manual.

Lowering the Truck:

  • Carefully take off the jack stands making sure that no one is near the vehicle.
  • Lower the jack slowly until the tire is on the ground and the jack is free.
  • Take away the jack and wheel chocks and then do the same for the other tires if necessary.

    Regular tire rotations, which can be done using the Fast Lube Jacks, can also help to prevent uneven wear, increase the life of the tires and improve safety. These checks should be done alongside other maintenance checks to ensure that the truck is in good shape.

Selecting the Most Suitable Jack for Your Truck

  • There are multiple factors must be considered during jack selection for tire inspection operations to guarantee both safety and efficiency.
  • Multiple factors must be considered during jack selection for tire inspection operations to guarantee both safety and efficiency.
  • A suitable jack must provide enough lifting capacity to handle the weight of the truck together with its cargo. The recommended jack rating must exceed 20,000 pounds for trucks because of their weight and cargo capacity.
  • The lifting height needs to reach sufficient levels to allow access to tires and undercarriage parts. Pit jacks can lift vehicles to 72 inches while floor jacks reach a maximum of 24 inches.
  • The selection depends on the nature of your workspace environment and your specific requirements. Scorpion Floor Jacks provide universal truck support, but Fast Lube Jacks deliver the best results for fast lube shop tire rotations.
  • Search for jacks with safety features which include three-stage locking mechanisms along with easy controls and strong materials. Good products come equipped with low-profile designs along with air-hydraulic systems which simplify operations.

The Fast Lube Jacks improve tire rotation speed which produces thousands of Grands annual revenue when you buy a reputable Jack Manufacturers like Stan Design. It’s efficiency maximization through rolling pit jacks. Busy workshops should choose these jacks because they provide both speed and safety features.

Safety depends on proper jack usage protocols which should be followed as:

When using jacks for tire inspections safety is always the top priority. Implement these security protocols to defend yourself and other people from harm:

Use a Level Surface: The jack operation needs to take place from a surface which is completely flat and solid to stop any potential tipping or slipping incidents.

Check Jack Condition: A thorough inspection of the jack must be conducted before starting work to verify it remains undamaged and free from wear and leaks. Consult the manufacturer’s manual for instructions about maintenance operations.

Never Exceed Capacity: Always stay within the recommended weight capacity of the jack because using it beyond that will lead to failure.

Use Jack Stands: After lifting, place jack stands under the frame to support the truck. Never work under a vehicle supported only by a jack.

Position Correctly: After lifting the heavy-duty vehicles such as trucks use jack stands to position them under the frame for additional support. The use of a jack as the sole lifting mechanism is prohibited when performing work underneath a vehicle.

Keep Clear: The jack should be placed in the positions indicated by the manufacturer to maintain balanced weight distribution.

Canada requires compliance with the National Safety Code (NSC) Standard 11 for periodic inspections. The annual inspection requirements are are defined for the Northern America.

Scorpion Floor Jacks include safety features with three-stage locking systems and strong build quality that helps prevent accidents. This blog demonstrates how their rolling pit jack features improve both safety and operational efficiency within automotive workshops.

Final Thoughts:

The successful inspection of truck tires depends on the appropriate use of jacks to guarantee both safety and efficiency. You can maintain peak vehicle condition by knowing your truck weight and choosing the correct jack from Standesign.ca while following both safety standards and systematic inspection procedures. We delivers dependable lifting solutions through their Scorpion Floor Jacks and Fast Lube Jacks which serve different purposes for lifting needs. The regulations in Canada and in the USA ensures your truck meets safety criteria thus protecting drivers along with other road users

get in touch!

Categories
Bridge Jacks Fast Lube Floor jacks Hydraulic Jacks Jacks Pit Jacks Truck Jacks

Why North American Economy Relies on Reliable Trucking Lifting Equipment?

The Role of Truck Lifting Equipment in North America’s Freight Economy.
The Role of Truck Lifting Equipment in North America’s Freight Economy

​The North American economy is intricately linked to the trucking industry, which serves as the backbone for transporting goods across vast distances. From freight transportation to logistics, heavy-duty trucks carry a significant portion of the goods that fuel commerce across Canada and the United States. As essential as the trucks themselves are, so too is the equipment used to maintain and service them—particularly automotive lifting equipment. In this article, we explore the critical role lifting tools like pit jacks, floor jacks, and bridge jacks play in supporting this vital industry.

Understanding the Importance of Truck Maintenance in Freight Transport

Truck fleets across North America log millions of miles annually. Preventative maintenance isn’t just beneficial—it’s essential. Proper lifting equipment allows service professionals to access critical undercarriage components, enabling safe inspections, repairs, and tire changes. For this, heavy-duty solutions such as the Scorpion PJ25S and Stanjack J25000H are indispensable.

Types of Jacks Used in the Trucking Industry

Each truck repair shop requires a unique combination of lifting tools. Let’s look at the types of jacks commonly used and how Stan Design is serving that need:

1. Pit Jacks for Fast Lube and Tire Service Bays

Pit jacks are engineered for in-ground workstations and are ideal for quick lube shops or service bays. Models like the Scorpion PJ20DH and the PJ35S are designed to handle high-capacity trucks with precision. Fast Lube solutions streamline efficiency, reducing downtime for service providers.​

2. Bridge Jacks for Versatility and Capacity

Bridge jacks offer the flexibility of adapting to various lift types while offering immense lifting power. For example, the Stanjack J15000H can be integrated with multiple lifting systems. These jacks are especially beneficial in high-volume service centers that cater to fleets.​

3. Floor Jacks for Mobile Repairs

When mobility and versatility are key, hydraulic floor jacks shine. The Scorpion MJ25 is built for reliability and ease of use, making it suitable for mobile service providers or shops where flexibility is required.

 

Why North American Trucking Demands Quality Lifting Equipment

Heavy-duty commercial trucks weigh anywhere between 30,000 to 80,000 lbs. Improper lifting can lead to catastrophic injuries and costly equipment damage. Stan Design’s hydraulic jacks and bridge jacks meet strict safety and performance standards, ensuring that every job is done safely.

Key Features That Set Stan Design’s Jacks Apart

Stan Design’s reputation in the North American lifting industry comes from its commitment to:​

  • Durability and Load Capacity: Models like the J50000H support even the most demanding lifting needs.

  • Easy Integration: From pit covers to installed tire service lifts, Stan Design offers end-to-end solutions.​

  • Canadian-Made Engineering: Built in North America for North American roads and fleets.

The Role of Innovation in Modern Truck Jacks

Innovation is a cornerstone of Stan Design’s manufacturing ethos. Products like the Optimus 3in1 merge functionality with performance—ideal for fast-paced environments. Furthermore, the PLC1000 controls introduce automation to simplify hydraulic operations.

Sustainability and Safety in Lifting Equipment

As environmental concerns grow, the trucking industry is moving toward more sustainable practices. Stan Design supports this by manufacturing long-lasting equipment that reduces waste and downtime. Safety features, including locking mechanisms and reinforced steel frames, ensure technicians operate with confidence.

Choosing the Right Jack for Your Truck Shop

Whether you run a fast lube center, a full-service garage, or a dealership repair shop, choosing the right lifting equipment is crucial. Consider:

  • Load capacity and vehicle type

  • Space availability in your shop

  • Frequency of usage

For heavy-duty needs, explore Scorpion Pit Jacks or Stanjack Bridge Jacks.

Why More North American Fleet Owners Choose Stan Design

With a complete range of products, transparent pricing, and engineering that stands the test of time, Stan Design has become the go-to brand for many North American businesses. The company’s commitment to innovation, quality, and customer service makes it a preferred partner in commercial vehicle maintenance.

get in touch!

Categories
Bridge Jacks Fast Lube Floor jacks Hydraulic Jacks Jacks Pit Jacks Truck Jacks

Vehicle Lifting: The Impact of Automation and Smart Tech

The Future of Automotive Lifting Systems
The Future of Automotive Lifting Systems

Automated lifting systems represent a significant leap forward in vehicle maintenance technology. These systems utilize advanced sensors, control mechanisms, and smart technologies to perform lifting tasks with minimal human intervention. By automatically adjusting to the specific weight and dimensions of a vehicle, they ensure optimal balance and stability during maintenance procedures. This automation not only enhances operational efficiency but also significantly reduces the likelihood of human error, leading to safer working environments.

Transformation of Automotive Lifting Systems and Integration of Smart Technologies

Modern automotive lifts now incorporate smart features that automate operations and provide real-time data. For instance, systems equipped with sensors can detect misalignments and adjust automatically, reducing human error and preventing accidents. These advancements not only streamline the lifting process but also ensure consistent performance.

To understand the evolution of jacks, from ancient leverage tools to modern hydraulics, sheds light on their pivotal role in various industries like how an automated lifting systems utilize advanced sensors and control mechanisms to perform lifting tasks with minimal human intervention. These systems can automatically adjust to the specific weight and dimensions of a vehicle, ensuring optimal balance and stability during maintenance procedures. This automation enhances operational efficiency and significantly reduces the likelihood of human error, leading to safer working environments.

For instance, Stan Design’s Scorpion Floor Jacks incorporate advanced features that streamline the lifting process, providing technicians with reliable and user-friendly equipment.

In this modern time of vehicle maintenance, the shift from manual jacks to advanced lifting systems marks a significant leap in efficiency and safety. Traditional methods required considerable physical effort and posed various risks. Today, the integration of automation and smart technologies has revolutionized these systems, offering precision, ease of use, and enhanced safety features.

The Role of Smart Technology in Lifting Systems

Integrating smart technologies into lifting systems brings features such as real-time diagnostics and predictive maintenance. Sensors embedded within the equipment can monitor usage patterns and wear, alerting operators to potential issues before they escalate. This proactive approach minimizes downtime and extends the lifespan of the equipment, contributing to more streamlined workshop operations.​

Stan Design’s Bridge Jacks exemplify this integration, offering precise control and monitoring capabilities that enhance both efficiency and safety in vehicle maintenance tasks.

Enhancing Efficiency through Automation

Automated lifting systems significantly reduce the time and effort required for vehicle maintenance. Benefits of Investing in North American Made Truck Jacks, is technicians can operate lifts with minimal manual intervention, allowing for quicker turnaround times. Features like programmable lift heights and synchronized movements enable precise positioning, facilitating tasks such as wheel alignments and undercarriage inspections.

The Optimus 3in1 Fast Lube system by Stan Design is a prime example of how automation can streamline multiple maintenance processes, combining efficiency with versatility.

Safety Improvements with Smart Lifting Solutions

Safety is paramount in any workshop environment. Automated lifts come with built-in safety mechanisms, such as automatic load-limiting systems that prevent overloading and emergency stop functions that halt operations instantly when necessary. These features protect both the vehicle and the technician, reducing the likelihood of workplace injuries.​

For example, Stan Design’s Scorpion Pit Jacks are designed with safety features that ensure stable and secure lifting, providing peace of mind during complex maintenance tasks.

Key Factors to Consider When Selecting a Vehicle Jack

When selecting a vehicle jack, it’s essential to assess factors such as lift capacity, lift height, robustness, adaptability, footprint and maneuverability, safety features, and user-friendly aspects. For a comprehensive guide on these considerations, refer to Stan Design’s guide how a heavy-duty truck jack is the most important tool to have in one’s inventory

Real-World Applications and Case Studies

Leading automotive workshops have adopted smart lifting technologies to great effect. For instance, the implementation of smart hydraulic jacks has enabled technicians to lift vehicles more quickly and safely, reducing service times and increasing customer satisfaction. These real-world applications underscore the tangible benefits that automation and smart technologies bring to the automotive maintenance sector.​

Stan Design’s sponsorship of the ATPA Championship Pull highlights their commitment to advancing lifting technology in real-world scenarios, demonstrating the effectiveness of their innovative equipment in demanding environments.

Challenges and Considerations – Future of Automotive Lifting Systems

Despite the clear advantages, integrating automation into existing workshop infrastructures presents challenges. The initial investment can be substantial, and staff may require training to operate new systems effectively. However, these challenges are often offset by the long-term gains in efficiency and safety, making the transition a worthwhile consideration for forward-thinking workshops.​

Stan Design offers comprehensive support and training for their products, ensuring that workshops can seamlessly integrate advanced lifting systems into their operations.

As technology continues to evolve, we can anticipate further innovations in automotive lifting. Future systems may incorporate artificial intelligence to enhance decision-making processes or utilize the Internet of Things (IoT) to enable seamless communication between equipment and technicians. These advancements promise to further elevate the standards of efficiency and safety in vehicle maintenance.​

Stan Design remains at the forefront of these developments, continually researching and implementing cutting-edge technologies to meet the evolving needs of the automotive industry.

get in touch!

Categories
Bridge Jacks Fast Lube Floor jacks Hydraulic Jacks Jacks Pit Jacks Truck Jacks

Automotive Lifting Equipment: From Manual Jacks to Hydraulic Systems

From simple manual devices to advanced hydraulic systems
Revolutionizing Vehicle Maintenance: The Journey from Manual Jacks to Hydraulic Systems

Lifting vehicles has always been a critical aspect of automotive maintenance. Over the years, the tools and technologies used have undergone significant transformations, evolving from simple manual devices to sophisticated hydraulic systems. This journey reflects humanity’s relentless pursuit of efficiency and safety in vehicle maintenance.

Early Beginnings: Manual Jacks

In the early days of the automobile lifting equipment was rudimentary. Mechanics and car owners relied on basic mechanical jacks, which employed screw threads or levers to lift vehicles. These devices required considerable physical effort and time, making vehicle maintenance a labor-intensive task.

One of the earliest forms of lifting devices was the screw jack, a simple yet effective tool that utilized a threaded screw mechanism to raise and lower loads. While innovative for its time, the screw jack’s manual operation limited its efficiency, especially as vehicles became heavier and more complex

The Rise of Hydraulic Technology

A significant breakthrough in lifting technology came with the invention of the hydraulic jack. in 1859, Richard Dudgeon introduced the “portable hydraulic press,” a device that utilized hydraulic power to lift heavy loads more efficiently than its mechanical counterparts. This innovation marked a pivotal moment in the evolution of lifting equipment.

Hydraulic systems offered several advantages over manual jacks:​

  • Increased Lifting Capacity: Hydraulic jacks could lift heavier vehicles with ease, accommodating the growing size and weight of automobiles.​
  • Enhanced Safety: The stability and control provided by hydraulic systems reduced the risk of accidents during maintenance.​
  • Efficiency: Hydraulic jacks required less physical effort, allowing mechanics to work more quickly and effectively

Modern Innovations in Lifting Equipment

Today, products like the Scorpion TJ14 has the capacity of 14 Ton and Stanjack J9000H are prime examples of how advanced lifting technology enhances workshop efficiency.​

Scorpion Floor Jacks

Scorpion Floor Jacks are engineered for heavy-duty lifting, allowing mechanics to elevate the entire front or rear end of a vehicle efficiently. Constructed from high-grade steel and aluminum, these jacks feature a low-profile design for easy access under various vehicles.​

Scorpion Pit Jacks

Designed for use in service pits or on above-ground alignment ramps, Scorpion Pit Jacks are ideal for lifting trucks, buses, and trailers. With lifting capacities of up to 50 tons and maximum heights reaching 72 inches, these jacks incorporate air-hydraulic systems for precise control.

Bridge Jacks

Bridge Jacks or Rolling Jacks facilitate the lifting of heavy-duty vehicles from the ramps of four-post lifts, making them perfect for wheel, brake, suspension, and alignment services. With capacities up to 25 tons and adjustable widths, they accommodate various lift configurations.

Fast Lube Tire Rotation Systems

For quick tire rotations and maintenance, Fast Lube Tire Rotation Systems offer portable solutions that lift the entire front or rear end of a vehicle. These systems are designed for efficiency, reducing service times and enhancing workshop. productivity.​

The Role of Eco-Friendly Innovations


As environmental concerns take center stage, the development of eco-friendly hydraulic fluids has gained momentum. These advancements not only reduce the ecological footprint of hydraulic systems but also enhance their performance and longevity.​

get in touch!

Categories
Hydraulic Jacks Jacks

Eco-Friendly Hydraulic Fluids: How They Benefit the Environment

Eco-Friendly Hydraulic Fluids How They Benefit the Environment
Eco-Friendly Hydraulic Fluids How They Benefit the Environment

Eco-friendly hydraulic jacks are automotive lifting equipment that use fluid power to lift and lower vehicles for maintenance and do so without harming the environment. 

Whether through their mechanism of operation or the materials required to construct them, environment friendly jacks do not deplete the planet’s resources or pollute them in the process. 

This is in stark contrast to earlier, traditional variants, which have been increasingly wiped out through a variety of regulatory policies, specifications and labelling schemes by government and international standardization agencies. 

Before we go into how vehicle maintenance technology has advanced over the years and how hydraulic fluid- a chief component of that development- has benefited the environment, we will take a quick look at what hydraulics are. 

What are Hydraulic Jacks? 

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. 

Vehicle Maintenance Technology- Regulatory Schemes Through the Years 

These measures and initiatives aim to minimize waste and reduce environmental impact throughout the entire hydraulic fluid product life cycle. Some of these are discussed below- 

  • EU Ecolabel– The EU Ecolabel is part of a broader EU Action Plan on Sustainable Consumption and Production and Sustainable Industrial Policy adopted by the European Commission that links the EU Ecolabel to other EU policies. EU Ecolabel meets the ISO 14020 Type I requirements for ecolabels. 
  • Blue Angel Eco-label– The Blue Angel is an environmental label in Germany that has been awarded to particularly environmentally friendly products and services since 1978 by the Federal Ministry for the Environment, Nature Conservation, Building and Nuclear Safety. It highlights more environmentally friendly and healthy developments and alternatives in areas where standard products have a negative impact on the environment. 
  • Swedish Standard SS 15 54 34 Category V– The Swedish Institute for Standards (SIS) developed the Swedish Standard SS 15 54 34. It includes environmental requirements for hydraulic oils that contribute to their classification as non-hazardous to health and the environment. It stipulates the need for high biodegradability, low acute and chronic toxicity of the additives toward water organisms. 
  • Vessel Incidental Discharge Act– Issued by the Environmental Protection Agency (EPA) in the United States of America, the VIDA establishes a framework for the regulation of discharges incidental to the normal operation of a vessel under a new Clean Water Act (CWA) Section 312. 
  • USDA BioPreferred® Product Label– The USDA Biopreferred program has two major initiatives- Federal Procurement Preference and Product Labeling. It promotes the increased purchase and use of biobased products to reduce petroleum consumption, increase the use of renewable resources, better manage the carbon cycle, and reduce adverse environmental and health impacts, while promoting economic development, creating new jobs and providing new markets for farm commodities. 

Eco-Friendly Hydraulic Jack Fluids 

There are four basic types of eco-friendly hydraulic jack fluids- 

  1. HETG Fluids (Hydraulic Environmental Triglyceride)– The category of Biodegradable Hydraulic Oils is governed by the internationally accepted standard ISO 15380 (2016) and technical rule VDMA 24568 (1994). ISO 15380 standard specifies the requirements for biodegradable hydraulic oils in 4 main material product groups: HETG, HEPG, HEES and HEPR. The minimum content of base fluid for each product group shall not be less than 70 % (m/m). HETGs are technically limited by lower resistance to oxidation and temperature stability, as result of their “double bond”. HETG oils feature very high levels of biodegradability and are used in older, less demanding, hydraulic systems. For technically highly demanding hydraulic applications HETG’s are not fully suitable.
  2. HEES Fluids (Hydraulic Environmental Ester Synthetic)– Due to technical and environmental capability HEES products currently lead in the category of biodegradable hydraulic fluids. Group HEES further splits into 2 sub-categories with different levels of performance properties: a) Unsaturated (or partially saturated) synthetic esters are products based on vegetable resources or their mixtures. Their technical applicability in high demanding applications individually depends on the composition of the mixture. b) Saturated synthetic esters currently provide the most sophisticated, environmentally acceptable solution for hydraulic systems. Technical advantages of saturated synthetic esters are performance benefits, extreme stability, wide temperature range, compatibility, high levels of biodegradation and renewable resources.
  3. HEPG Fluids (Hydraulic Environmental Poly Glycol)– Performance-wise HEPG’s are highly sophisticated products. However, their severely limiting factors are incompatibility with paint, sealing materials, hoses, and virtually any other type of hydraulic oil. HEPG’s are also questioned for poor biodegradation and not meeting criteria for renewable resources, e.g. unable to obtain Ecolabels. HEPG oils are used only on a small scale. Despite these factors they have some heavy-duty advantages like good resistance to ageing, good lubrication properties, and leakages are easily washed away and invisible in water. This is why their application lies in the fields of water, such as locks, weirs, dredgers etc., concrete mixing systems, pharmaceuticals and foodstuffs industries. It is not recommended in construction machinery, and its overall use is in decline, with the trend towards HEES-type media.
  4. HEPR Fluids (Hydraulic Environmental Polyalphaolefin and Related)– HEPR oils are technically well-developed products. However, their environmental acceptance is often compromised (similar to HEPG). HEPRs are produced in very low viscosities, limiting their primary applicability. Viscosity modifiers are required to improve their usability in common hydraulic 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!