Smart hands for human/robot collaboration. The newly released Co-act series is perfectly suited for you. Using a complex sensor system as well as an artificial, decentralized intelligence, which is integrated into the gripper, it is capable of gathering information of the gripped component and the surroundings, process them, and to carry out situation-conditioned adequate reactions.

We’re happy to introduce the SCHUNK HSB Linear Slide Ball Screw Driven actuators, made for very high velocity, long stroke purposes. There are 5 models, with many standard sizes in stock in Raleigh, NC.

HSB Beta- Small and universal actuator. Narrow to fit in confined spaces. Customizable from 12 standard sizes. Max Stroke = 8 m Repeatability = 0.03 mm. A universal linear module with optional toothed belt or spindle drive and various guiding options for precise positioning given high drive forces.

HSB Delta- The dual square rail guide supports large over-hanging loads. Low Profile. High Moment Capacity. Repeatability = 0.03 mm. A flat linear module with either toothed belt drive or spindle drive for high acceleration and speed or spindle drive for precise positioning given high drive forces.

HSB Alpha- Extreme thrust applications. Low Profile. Extreme moment loads and force capability. Max Stroke = 3 m. A flat linear spindle drive and double-profiled rail guide module with spindle drive for precise positioning at a high drive force.

HSB Gamma- The BETA series’s big brother. Handles higher moment and thrust loads. Configurable into 2 belt /2 carriage actuator. Toothed belt or rack and pinion driven universal linear module with closed profile and double profiled rail guide for high requirements on rigidity.

HSB Sigma- With its smaller profile, this is the Gamma series’ little brother. This slide decreases the profile size of the Gamma series. Roller wheels are mounted outside the actuator profile.

SCHUNK offer a comprehensive portfolio of pneumatic rotary modules. High product quality and precision, with extensive accessories and query systems. Designs optimally differentiated to cover a series of swiveling applications.