Robotics
Robotics technology is used extensively to provide a competitive edge in industries of manufacturing and automation. The integration of robotic components is essential for increased productivity, more efficient use of materials, improved safety, and reduced lead times. The 80/20 T-slot system provides custom solutions for each of these areas.
The 80/20 Advantage
80/20 products are often implemented in robotic applications, such as automation, framing, material handling, and safety solutions. Its modularity, as well as strong, durable, yet lightweight nature, lends its versatility to industrial robots and robotic automation systems. Whether it is framing for robotic components, custom enclosures, end-of-arm tooling support, or vision-guided system framing, 80/20 can be used to support many unique robotic solutions.
One-Stop Solution
Your robotic mounting structure can face inherent challenges, including rapid and consistent movement, integrating components such as controls, safety features, power feeds, and protection for your workforce. 80/20 T-slot aluminum profiles allow you to achieve these objectives with one cohesive solution.
Helpful Links
- 5Material Handling
- 5 Research & Development
- 5FIRST Robotics
- 5Photo Gallery
- 580/20 Shop
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Withstands Your Environment
Robotic applications must withstand the high impact and heavy vibrations of constant use. 80/20 T-slot aluminum profiles stand up to these challenges where other framing options fail. The “2-degree drop-lock” is a unique 80/20 design that combats high stress and creates a vibration-resistant connection when engaged.
As robots become increasingly common in the workplace, the Occupational Safety and Health Administration (OSHA) regulations are updated continuously to keep pace. 80/20 products are an adaptive and dependable solution to the ever-changing needs of robotic applications. The anodized aluminum is resistant to hydraulic fluids and harsh cleaning chemicals and provides strength comparable to carbon steel.
Did You Know?
Implementing robots to facilitate or substitute manual tasks can result in a 26% increase in revenue per employee.

Optimize Your Workflow
Robotic applications eliminate sources of injury, replacing them with efficiencies and enhanced productivity. Solutions made with 80/20’s T-slot aluminum system perform this repetitive work seamlessly, providing not only the rigidity needed for the base structure but also the precision required to support automation and manufacturing industries.

Mount Multiple Components
Open T-slots allow you to mount components such as motors, sensors, and measuring systems directly to your frame. You can also decide to add and reposition accessories with ease as your application needs change. Redirect wires, power supplies, tubes, and cables within the T-slot channel or above the profile surface with wire management components for clean and efficient function. The use of barriers, guards, or enclosures can also protect your robotic investment and eliminate potential application dangers.
Robotics Industry Solutions – 80/20 Australia
The robotics industry is evolving rapidly, demanding solutions that are strong, adaptable, and easy to integrate. At 80/20 Australia, we provide high-quality aluminium extrusion systems that support innovation in robotics. Whether you’re designing automation systems, robotic workstations, machine enclosures, or collaborative workspaces, our modular framing solutions offer the flexibility and precision needed to build efficient and reliable robotic structures.
Why Aluminium Extrusions for Robotics?
Robotic systems require lightweight yet durable materials that provide structural integrity without adding excessive weight. Our T-slot aluminium extrusions deliver high strength-to-weight ratios, making them ideal for robotic arms, safety enclosures, and workstations.
Unlike welded steel frames, T-slot aluminium profiles are easily adjustable, reusable, and reconfigurable, allowing engineers to modify designs as needed. With fasteners and connectors, you can assemble and disassemble structures without special tools or welding. This reduces setup time and costs, making it perfect for fast-paced automation environments.
Applications in Robotics
- Robotic Workstations & Test Cells
80/20 extrusions help create customisable robotic workstations tailored to specific applications. Whether you’re setting up assembly lines, testing labs, or maintenance areas, our modular solutions ensure ergonomic and organised layouts.
- Machine Guarding & Safety Enclosures
Safety is a top priority in robotic environments. Our T-slot aluminium frames allow you to design protective enclosures, safety barriers, and guarding systems to shield operators from moving parts. You can easily integrate polycarbonate panels, mesh guards, or sensors for enhanced safety.
- Conveyor & Material Handling Systems
Robotic systems often require custom material handling solutions. 80/20 aluminium extrusions can be used to build conveyor frames, robotic pick-and-place stations, and automated transport systems, ensuring smooth operations.
- Custom Robotic Mounts & Fixtures
Precision is key in robotics. Our T-slot profiles enable the creation of adjustable robotic mounts, tool holders, and calibration fixtures, allowing seamless integration with robotic arms and automation setups.
Why Choose 80/20 Australia?
- Flexible & Scalable Designs – Easily modify and expand your robotic systems.
- Lightweight & Strong – Supports robotic applications without adding unnecessary weight.
- Fast & Easy Assembly – No welding required, reducing setup time.
- Customisation Options – Tailor-made solutions for any robotic application.
At 80/20 Australia, we provide reliable, high-performance solutions for the robotics industry. Contact us today to discuss your project and discover how our modular framing systems can enhance your automation setup.
Solution Possibilities
- 5Framing for Robotic Components
- 5Custom Enclosures
- 5 End of Arm Tooling Support
- 5Actuators
- 5Vision Guided System Framing
- 5Safety Guards
- 5FIRST Robotics Projects
- 5 Autonomous Vehicle Structures












