[ Products ]
Products engineered to reach further
High-performance structural solutions designed to reduce weight, deflection and vibration — improving accuracy, cycle time and throughput across robotic and automation applications.
[ 1 ]
Standard Tubes
| LAYER | SILVER ENTRY PERFORMANCE | GOLD ENHANCED PERFORMANCE | DIAMOND MAXIMUM PERFORMANCE |
|---|---|---|---|
| Inner Core | Aluminum tube | Aluminum tube | 304 Stainless Steel tube |
| Mid Layer | Aluminum foil matrix | Carbon fiber + aluminum foil matrix | Carbon fiber + stainless foil matrix |
| Outer Shell | Aluminum tube | Aluminum tube | 304 Stainless Steel tube |
| Best For | Light to medium loads, 18%-33% lighter than aluminum with excellent vibration damping. | Medium-high loads, 31% - 37% lighter than aluminum, high strength, excellent vibration damping. | Very high loads, 60%-65% lighter than steel, very high strength, excellent vibration damping |
| More Information | Find Out More | Find Out More | Find Out More |
| Links | Shop Now | Shop Now | Shop Now |
[ 2 ]
Cobot reach extenders
Collaborative robot applications needing extended reach — but not heavy payload — can utilize a reach extender to:
- Expand the working envelope of the cobot
- Protect the cobot from damaging environments
- Avoid the upcharge of a larger cobot
- Utilize jumpers to plug-n-play utilities which run through the central tube
Lengths:
610mm
(24″)
508mm
(20”)
406mm
(16”)
305mm
(12″)
Custom sizes
up to 610mm also available
Diameter of central tube
76mm (3 inches)
[ 3 ]
Extended Reach: Stepped Tube Design
For applications requiring reach beyond standard tube lengths, Techreo’s stepped-tube architecture extends structural performance to up to 20 feet.
Stepped designs use progressively smaller-diameter tube sections bonded in series. This is not just a length extension — it is an optimized structural design that:
- Places maximum wall stiffness and material mass near the base, where bending moment is highest
- Progressively reduces tube diameter and mass toward the tip, minimizing moment of inertia
Typical Applications:
Robotic end-of-arm tooling (EOAT) — extended reach arms
Agricultural boom arms (soft-fruit harvesting robotics)
High-speed large item packaging machines
Structural frames where vibration settling limits throughput
Any cantilever system sensitive to mass or harmonic oscillation
[ 4 ]
Custom Turnkey Robot Tools & Components
Fully functional tooling with grippers, pneumatics, sensors, and wiring provide breakthrough performance. Our products are built through Techreo's supplier network and delivered installation-ready.
- FEA-backed design
- All major automation component brands
- Tested & validated
- All major robot brands
- 3D printed Carbon Fiber joints and splines optimize weight advantages
- Custom adapters
- 2 ft – 20 ft reach
EOAT Structure Techreo booms and tubes provide breakthrough performance.
FEA modeling provides confidence
Accuracy
lower mass moment of inertia
Cycle time
faster vibration settling
Payload
stiffness-to-weight unlocks heavier end loads
Reach
extend further without deflection penalties
[ 5 ]
Custom Designed Tubes
Need a specific diameter, length, or material combination? We engineer custom tube configurations with FEA modeling to your exact application requirements.
From 2 to 20 feet in length, 1” up to 9” diameter, with many material configurations to meet your application’s needs.