Stäubli Robotics TS2-40 — Specs & Review

Specifications

BrandStäubli Robotics
ModelTS2-40
Year2024
CategoryIndustrial Lite
Autonomyprogrammable
Environmentindoor

Key features

What is it?

The Stäubli Robotics TS2-40 is a precision SCARA robotic arm designed for industrial assembly, handling, and material processing. Built with servo-driven actuators, precision reducers, and industrial-grade control electronics, it delivers consistent cycle times and repeatability.

Who is it for?

Key specs

How it compares

Versus competitor models from ABB, KUKA, or Yaskawa, the TS2-40 offers comparable accuracy at competitive pricing. Strengths lie in precision, thermal stability, and integration flexibility within the manufacturer's ecosystem. Model selection depends on payload requirements and workspace constraints.

Limitations

FAQ

What is the payload capacity of the Stäubli Robotics TS2-40?

The TS2-40 has a payload capacity of 5kg. This is the maximum weight the end-effector and workpiece can be. Consult the technical datasheet for details on distributed vs. point-load handling.

What is the working reach of the TS2-40?

The TS2-40 has a working reach of 400mm from the base to the tool center point. This determines the workspace size. Choose model variants based on your workspace layout and part size requirements.

How repeatable is the TS2-40?

The TS2-40 achieves repeatability of ±0.05–0.1 mm under standard operating conditions. This precision makes it suitable for assembly, inspection, and handling tasks requiring tight tolerance control.

What applications is the TS2-40 best suited for?

The TS2-40 excels in high-speed SCARA, as well as general assembly, material transfer, machine tending, and packaging. Its combination of payload and reach makes it adaptable to a range of manufacturing scenarios.

How does the TS2-40 compare to competing models?

The TS2-40 delivers accuracy and speed comparable to leading brands while offering cost-effective operation and strong technical support through authorized distributors. Model selection depends on your specific payload and reach requirements.