Tandem Scissors Lift Table
Product Features
Lift and Position Long or Oversized Loads with Confidence
- Lifting Heights Up to 8 Feet: Raise long, large, and heavy materials to convenient working heights for assembly, processing, positioning, and material handling applications.
- Extended Table Lengths Up to 20 Feet: The long platform provides ample support for oversized loads and lengthy materials, including sheets, bar stock, tubing, and fabricated components.
- Heavy-Duty Capacities from 2,000 to 50,000 lbs.: Available in a wide range of capacities to accommodate diverse industrial lifting and positioning requirements.
- Built-In Overload Protection: A heavy-duty pressure relief valve helps protect the hydraulic system from excessive loading, supporting safer and more reliable operation.
- Ideal for Large and Long Materials: Designed to handle materials such as plastic and aluminum sheets, bar stock, tubular materials, and other oversized loads with greater stability and control.
- Custom Configurations Available: For applications requiring greater length or specialized dimensions, custom tandem, triple-tandem, and quadruple-tandem configurations can be engineered to meet specific material handling requirements.
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Tandem Scissors Lift Table for Long, Oversized & Heavy Loads
Handling long, oversized, and heavy materials can create challenges for manufacturing, assembly, warehousing, and other industrial operations. Standard lift tables may not provide enough platform length or stability when the load extends across a large surface area. A tandem scissor lift table addresses this challenge by using multiple coordinated scissor lifting mechanisms within a single lifting system to provide extended load support and controlled vertical movement.
Air Technical Industries (ATI) designs tandem scissors lift tables for applications requiring an extended lifting surface and dependable load positioning. These heavy-duty lift tables are available with capacities from 2,000 to 50,000 lbs. and standard tandem platform lengths of up to 20 feet, making them suitable for large sheets, tubular materials, bar stock, long assemblies, and other oversized loads.
For facilities requiring a long platform scissor lift table, ATI also offers custom-engineered configurations to accommodate specialized material handling requirements.
What Is a Tandem Scissors Lift Table?
A tandem scissors lift table is an industrial lifting platform that uses two coordinated scissor lift mechanisms to raise and lower long or oversized loads. Compared with a conventional single-scissor lift, the tandem configuration provides support across a larger platform area, making it suitable for materials that require an extended lifting surface.
A tandem type scissor lift is particularly useful when loads must be raised to an ergonomic working height, transferred between elevations, positioned for assembly, or integrated into a production process.
By providing controlled vertical movement, the equipment can help reduce manual handling and improve access to large components during manufacturing and assembly operations.
ATI’s tandem configurations can also be customized for applications requiring greater platform lengths. Triple- and quadruple-tandem designs can be engineered for overall lengths extending up to 50 feet.
Key Features of Tandem Scissors Lift Tables
Extended Platform Length
Long materials require more than high lifting capacity. They also need adequate platform support.
ATI tandem scissor lift tables can be designed with platform lengths up to 20 feet, providing an extended working surface for oversized materials.
This makes the equipment suitable for handling plastic and aluminum sheets, bar stock, tubular materials, long fabricated components, and other extended loads.
Heavy-Duty Load Capacities
ATI offers tandem scissor lift tables with lifting capacities ranging from 2,000 to 50,000 lbs.
This capacity range allows facilities to select a heavy duty tandem lift table for different industrial lifting requirements, from moderately heavy components to substantial production loads.
For example: ATI’s SLTD-5072240 model is rated for 50,000 lbs., with a 72 × 240-inch platform, 72-inch vertical travel, 16-inch lowered height, and 88-inch raised height.
The appropriate lifting capacity should be selected based on the total load weight, dimensions, center of gravity, and how the weight is distributed across the platform.
Lifting Heights Up to 8 Feet
ATI tandem scissor lift tables offer lifting heights of up to 8 feet, depending on the model and configuration.
This provides flexibility for positioning materials during assembly, fabrication, production, and other industrial operations.
Hydraulic Lifting Operation
A hydraulic tandem lift table uses hydraulic power to raise and lower its lifting mechanisms in a coordinated manner.
The hydraulic system provides controlled vertical positioning for long and heavy materials. The lifting mechanisms work together to support the extended platform during operation.
The selected hydraulic system must be appropriate for the required capacity, travel, duty cycle, and operating conditions.
Pressure Relief Valve for Overload Protection
ATI tandem scissor lift tables are equipped with a heavy-duty pressure relief valve designed to help protect the hydraulic system against excessive pressure.
This feature supports equipment protection during lifting operations. However, operators must still follow the manufacturer’s rated capacity, loading instructions, and operating procedures.
Custom Tandem Configurations
Every industrial application has different load dimensions, working heights, and space requirements.
ATI can develop a custom tandem scissor lift table when standard models do not meet the required platform dimensions or lifting specifications.
For exceptionally long loads, triple- and quadruple-tandem configurations can be designed with overall lengths of up to 50 feet.
Custom engineering can also address specific material transfer requirements and integration with existing production equipment.
Tandem Scissor Lift Table Specifications and Capacities
Selecting an industrial tandem lift table requires evaluating both lifting capacity and platform dimensions.
ATI offers multiple configurations to accommodate different industrial applications.
| Specification | Available Capability |
|---|---|
| Lifting capacity | 2,000–50,000 lbs. |
| Standard tandem platform length | Up to 20 feet |
| Lifting height | Up to 8 feet, depending on configuration |
| Custom extended configurations | Triple- and quadruple-tandem designs up to 50 feet |
| Lifting mechanism | Coordinated hydraulic scissor mechanisms |
| Applications | Long sheets, bar stock, tubular materials, and oversized assemblies |
Example model: SLTD-5072240
- Rated capacity: 50,000 lbs.
- Platform dimensions: 72 × 240 inches
- Vertical travel: 72 inches
- Lowered height: 16 inches
- Raised height: 88 inches
Applications of Tandem Scissors Lift Tables
A tandem lift table is particularly valuable when a facility needs to lift and position long or oversized materials while providing appropriate support across the load.
Manufacturing and Fabrication
Long metal sections, plastic sheets, aluminum materials, tubular components, and fabricated assemblies can be raised to convenient working heights for processing and assembly.
A long platform scissor lift table can be particularly useful when a component extends beyond the working surface of a conventional lift table.
Assembly Operations
Tandem lifting systems can position long products at suitable working heights, helping operators access components during assembly, inspection, and production.
Material Handling
Large or heavy loads can be raised, lowered, and positioned between different work levels as part of a material flow process.
Warehousing
Long stock and oversized materials can be positioned for storage, retrieval, inspection, or processing, provided the installation and loading arrangement are appropriate.
Production Line Integration
Tandem lifts can be incorporated into production systems where long products require controlled vertical positioning.
ATI has previously customized a tandem lift for a display-case manufacturer, incorporating a gravity conveyor and specific lowered and raised heights to integrate with an existing assembly line.
Tandem vs Single Scissor Lift Tables: What’s the Difference?
Both single-scissor and tandem scissor lift tables provide vertical material positioning, but they are designed for different load and platform requirements.
| Feature | Single Scissor Lift Table | Tandem Scissor Lift Table |
|---|---|---|
| Lifting arrangement | One scissor lifting mechanism | Multiple coordinated scissor mechanisms |
| Platform configuration | Generally suited to shorter platforms | Designed for extended platforms |
| Typical applications | Workstation positioning and general material handling | Long sheets, bar stock, tubing, and oversized assemblies |
| Load support | Depends on platform and lifting mechanism design | Supports extended platforms through multiple mechanisms |
| Customization | Available depending on model | Extended tandem, triple-tandem, and quadruple-tandem designs |
A tandem configuration is generally worth considering when the required platform length or load geometry exceeds the practical capabilities of a conventional single-scissor table.
However, the number of scissor mechanisms alone does not determine lifting capacity or safety. The equipment must be engineered for the intended load and operating conditions.
How to Choose the Right Tandem Scissor Lift Table
Choosing the correct tandem lift involves more than identifying the maximum weight to be lifted.
1. Determine the Maximum Load Weight
Identify the combined weight of the material, fixtures, and any additional equipment that will be supported by the platform.
Select a table with a rated capacity appropriate for the complete load and its distribution.
2. Evaluate Load Dimensions and Center of Gravity
Measure the length, width, and height of the materials being handled.
Long or unevenly distributed loads may require additional engineering consideration to maintain appropriate support throughout the lifting cycle.
3. Identify the Required Platform Size
The platform should provide adequate support for the intended materials and loading arrangement.
For long sheets, tubular materials, or fabricated components, an extended platform may be necessary.
4. Confirm Lowered Height and Vertical Travel
Determine the lowest required loading position and the highest required working position.
Consider how the lift will interface with surrounding equipment, conveyors, and workstations.
5. Review Operating Frequency and Duty Cycle
Consider how frequently the table will operate and whether it will be used intermittently or as part of a continuous production process.
The hydraulic system and controls should be selected for the intended operating requirements.
6. Consider Customization and Production Integration
A custom tandem scissor lift table may be appropriate when standard configurations cannot accommodate the required load length, platform dimensions, or production layout.
Discuss any conveyor integration, material transfer, fixture, or control requirements with ATI’s engineering team.
Why Choose a Tandem Scissors Lift Table?
The primary advantage of a tandem configuration is its ability to provide extended platform support for loads that may be too long or large for conventional lift tables.
A properly specified tandem scissor lift can offer several operational benefits:
- Extended load support: Accommodates long materials across a larger platform.
- Controlled vertical positioning: Helps raise and lower heavy components between working elevations.
- Improved workstation access: Allows operators to position materials at appropriate working heights.
- Production integration: Can support material transfer and assembly processes.
- Custom engineering: Provides flexibility for applications requiring nonstandard dimensions or configurations.
For facilities handling long products regularly, a purpose-built tandem lift may be more suitable than improvised lifting arrangements or multiple independently operated lifting devices.
Choose a Tandem Lift Designed for Your Application
Selecting the right lift table depends on load weight, material dimensions, required lifting height, lowered height, platform size, operating environment and integration with existing workflows.
Air Technical Industries provides engineered material handling solutions for demanding industrial applications. Its tandem scissors lift table range combines extended platform capability, heavy-duty lifting performance, hydraulic system protection and custom engineering options.
Whether your facility requires a standard industrial tandem lift table or a custom configuration for exceptionally long materials, ATI can help evaluate the lifting requirements and recommend an appropriate solution.
Request a Quote
Need a reliable lifting solution for long, oversized or heavy materials?
Air Technical Industries can help you select or customize a tandem scissors lift table for your industrial application.
When requesting a quote, provide the following information:
- Maximum load weight and material type
- Load length, width, and center-of-gravity considerations
- Required platform dimensions
- Lowered height and vertical travel
- Operating frequency
- Available power and control requirements
- Conveyor or production-line integration requirements
ATI can evaluate your requirements and explore standard tandem, triple-tandem or quadruple-tandem configurations.
Request a quote today to discuss a lifting solution engineered for your material handling operation.
Frequently Asked Questions (FAQ’s)
1. What is a tandem scissors lift table?
A tandem scissors lift table is an industrial lifting platform that uses multiple coordinated scissor mechanisms to provide controlled vertical lifting and positioning of long, oversized, or heavy materials.
2. What is the lifting capacity of a tandem scissors lift table?
ATI tandem scissors lift tables are available with rated capacities ranging from 2,000 to 50,000 lbs., depending on the model and configuration.
3. How long can a tandem scissors lift table be?
Standard tandem platforms can be designed with lengths up to 20 feet. Custom triple- and quadruple-tandem configurations can extend up to 50 feet.
4. What materials can a tandem scissors lift table handle?
Tandem scissors lift tables are suitable for applications involving long aluminum and plastic sheets, bar stock, tubular materials, fabricated assemblies, and other oversized industrial components, subject to the equipment’s rated capacity and loading requirements.
5. What safety features are available on tandem scissors lift tables?
ATI tandem scissors lift tables include a heavy-duty pressure relief valve to help protect the hydraulic system from excessive pressure. Safe operation also requires proper load distribution, adherence to rated capacities, and compliance with the manufacturer’s operating instructions.
6. What is the difference between a single scissor lift table and a tandem scissor lift table?
A single-scissor lift table generally uses one lifting mechanism, while a tandem scissor lift table uses multiple coordinated mechanisms to support an extended platform. Tandem configurations are particularly useful for long or oversized materials.
7. Can a tandem scissor lift table be customized?
Yes. ATI offers custom tandem configurations, including triple- and quadruple-tandem arrangements for exceptionally long materials. Custom dimensions and production integration requirements can be reviewed with ATI’s engineering team.
8. How do I select the correct tandem lift table?
Consider the maximum load weight, dimensions, center of gravity, platform size, lowered height, vertical travel, operating frequency, and installation environment. ATI can help evaluate these requirements and recommend an appropriate configuration.