Successful start for Stäubli's largest

With the TX2-200, your operating costs are optimized, among other things, through faster cleaning processes. The robots have high chemical compatibility with cleaning products and process areas — now with pH values ranging from 2 to 12. (Copyright: Stäubli Tec-Systems GmbH Robotics)

The HE series of Stäubli are specifically adapted for production environments with high humidity and splashing water. (Copyright: Stäubli Tec-Systems GmbH Robotics)

Compared to the predecessor, the load capacity of the TX2-200 has increased by over 30 percent – from 130 to now 170 kg. In the long-arm version, even by nearly 40 percent – from 80 to 110 kg. (Copyright: Stäubli Tec-Systems GmbH Robotics)

Peter Pühringer, Managing Director, Stäubli Robotics Bayreuth. (Copyright: www.fotothron.de)

Over a year ago, the Stäubli TX2-200 celebrated its world premiere at the automatica in Munich. Meanwhile, the high-performance six-axis robot is in use in concrete applications, and the feedback from the markets has been consistently positive.

"We are very pleased that the TX2-200 meets the expectations of users and our partners in a variety of applications. Just as it convinced in standard applications, the robot now also performs well in HE and Stericlean versions in hygiene-sensitive and aseptic applications within the life sciences and food industries," says Peter Pühringer, Managing Director, Stäubli Robotics Bayreuth.

This success is not really surprising, as the TX2-200 is based on the proven technical foundation of its predecessor, the TX200. And while this robot was already best-in-class, the new model offers further improvements in almost all areas. One example: compared to its predecessor, the payload capacity of the TX2-200 has increased by over 30% – from 130 to now 170 kg – in the version with a long arm, it is nearly 40% higher, specifically from 80 to 110 kg. The reach in standard version is 2,209 mm, and with a long arm, it is 2,609 mm.

State-of-the-art safety features

Another special feature of the robot lies in its redesigned safety technology. The TX2-200 is equipped with the latest safety functions. These meet the strict requirements of safety category SIL 3/PL e, ensuring maximum safety. This allows for deployment in various levels of human-machine collaboration without the need for safety fences. Manufacturers can thus implement highly efficient production concepts without restrictions.

More sustainable and efficient than ever before

In terms of sustainability and energy efficiency, the TX2-200 also surpasses its predecessor. The developers managed to reduce the energy consumption of the large six-axis robot by 10 percent during operation, and up to 40 percent in standby mode. This places the TX2-200 in its own league, as the potential savings compared to robots from other manufacturers are even more significant. With this best-in-class energy consumption, annual cost savings of between 1,500 and 5,750 euros can be achieved, corresponding to a CO2 reduction of 3 to 13 tons.

Many other improvements have been made, whether in hygienic design, drive technology, sealing, safety technology, the tools used, or the controller, which is now 40 percent smaller. Thanks to its pioneering hygienic design, safety features, and mechanical qualities, this robot is a true all-rounder capable of performing under environments ranging from harsh to ultra-clean.

"With this robot, we can further expand our technological lead. The six-axis robot, thanks to its advanced safety features, hygienic design, and mechanical qualities, is a highly flexible productivity guarantor in both traditional and digitally networked environments. It also enables the realization of particularly space-saving cell designs," emphasizes Peter Pühringer.