Gripping modules with smart pneumatics offer the perfect symbiosis of powerful pneumatics and intelligent electronics. In addition to the usual high power density of pneumatic drives, the smart pneumatic grippers from Weiss Robotics are the first to integrate gripping control with IO-Link interface as well as valve technology and position sensors into a compact and reliable gripping module.
FAST AND SMART
Smart pneumatic grippers make the gripping process significantly faster and much more reliable than it has been with conventional grippers. The integrated part detection allows a gripping rate of up to 500 gripping cycles per minute. This will noticeably speed up your handling process and substantially improve the productivity of your plant.
Smart pneumatic grippers are very resource-efficient and consume far less compressed air than conventional solutions. With the smart pneumatic grippers from Weiss Robotics, you will not only save time, but also reducing costs. With the smart pneumatic grippers from Weiss Robotics you save not only time but also costs.
INTEGRATED GRIPPING PART DETECTION
With these gripping modules Weiss Robotics offers the first pneumatic gripper with integrated part detection on the market. This means that the gripped workpiece is detected quickly and reliably without external limit switches and continuously monitored during the entire handling process. This not only guarantees safe handling in difficult situations, but also reduces the incidental costs of your plant.
Get access to characteristic parameters of the gripping process directly from the gripping module. This provides you with detailed insights into the stability of your gripping process, as well as a predictive planning of maintenance and service. This keeps your plant in optimal condition.
INTEGRATED POSITION MEASUREMENT
Thanks to the integrated sensors of the pneumatic grippers, the exact position of the base jaws is precisely measured. You no longer need any external limit switches on the gripping module, thus minimizing the interference contour of the gripping unit. In addition, you benefit from precise gripping point presetting, which can be readjusted flexibly via IO-Link during operation in order to optimize the current process.