Digital Workcell is a powerful 3-D virtual robot and cell simulator focusing on small parts assembly and material handling applications. (read more)

With the future production scheme already taken into consideration, operation to return to the origin is no more necessary. Adoption of the completely absolute system for all models enables quick return for production. There robots are now indispensable at the production site for higher speed production and reduction of loss time. (read more)

Stäubli today the introduction of a new and improved anti-corrosive version of its already unrivalled six-axis robot series; TX40, TX60 and TX90. The HE robot models offer a higher level of resistance to moderately acidic, basic or oxidizing environments. (read more)

Small fast and reliable tabletop SCARA robot with 220mm reach and up to 1kg payload. (read more)

Stäubli Robotics announces today the introduction of a new heavy payload robot; the TX200. The TX200 and TX200L are the next generation of standard and long reach high-performance material handling robots featuring impressive speed, rigidity and load capacities ranging from 100kg to 130kg and a maximum reach of 2194mm to 2594mm. (read more)

Triflex^® R cable carriers are designed for 6-axis robotic applications where cables need to be guided in all three dimensions and around complex configurations. The robot cable carriers are simple to install and minimize downtime. igus offers free design consultation and samples. (read more)

The SR-61 Collision Sensor is the latest addition to the product line of collision protection devices that has a lower operating range for increased sensitivity in applications using 3 to 5 kilogram capacity robots. The patented, resettable SR-61 Collision Sensor is designed to prevent costly damage to robotic end-effectors resulting from robot crashes. (read more)

AGO Collision Sensors are for a wide variety of applications to increase production. There are many names for the robotic safety devises, crash protectors, collision sensors, load limiter. They all have the same purpose, to minimize or completely prevent damage to robot and tooling. The moment trip point settings can be controlled by air pressure and is compliant in the X, Y and Z axes. (read more)

The ATS Superbot™ is a new class of automated material handling technology from ATS. The Superbot™ is a dual axis robot capable of high speed at a competitive price. It features a 95% usable work envelope, a much higher percentage than Scara style robots. (read more)

This system, designed and built by Visumatic uses two (2) 2,000mm x 1,800mm X-Y robots that work in concert with each other to install 36 screws into a plastic cabinet with extremely tight clearances. The system, once initially loaded, works non-stop. Both cassettes are loaded, both robots begin assembling one part, then the other while ejecting the completed part. (read more)