Rely on the proven servo-electric gripping modules from WEISS ROBOTICS and take your manufacturing process to the next level. This is our plus for your application:
CLG Series
Small parts handling, high precision, ultra-compact design, sensorless gripping force control, integrated part detection and monitoring, ESD conductive, LED status display.
| Stroke | 6 mm |
|---|---|
| Gripping force | 10–30 N |
| Cycle time (at 4 mm stroke) | 0.1 s |
| Communication | IO-Link |
| Cleanroom class (ISO 14644-1) | ISO 5 |
CRG Series
Collaborative design, sensorless gripping force control, integrated part detection and -monitoring, PERMAGRIP® force retention, programmable LED ring.
| Stroke | 50-85 mm |
|---|---|
| Gripping force | 15-200 N |
| Cycle time (at 4 mm stroke) | 0.27 s |
| Communication | IO-Link |
| Protection class | IP 40 |
IEG PLUS Series
Servo-electric gripper module with sealed controller (IP 54), optimized sensorless gripping force control, integrated part detection and monitoring, ESD conductive, Fingers pre-positionable.
| Stroke | 20-80 mm |
|---|---|
| Gripping force | 10–260 N |
| Cycle time (at 4 mm stroke) | 0.25 s |
| Communication | IO-Link |
| Cleanroom class (ISO 14644-1) | ISO 4 |
INTRAPAL Series
Collaborative design, sensorless gripping force control, integrated part detection and -monitoring, PERMAGRIP® force retention, programmable LED ring.
| Stroke | 280 mm |
|---|---|
| Gripping force | 150-1200 N |
| Cycle time (at 4 mm stroke) | 0.5 s |
| Communication | Ethernet/MODBUS |
| Protection class | IP 40, IP 54 auf Anfrage |
STERIGRIP Series
Smart ISO Class 3 servo-electric gripper for Pharma- and Biotech applications, Hygienic Design, all pharma & FDA-compatible materials, CIP/SIP-compatible, VHP sterilization suitable, GMP Class A certified.
| Stroke | 24-85 mm |
|---|---|
| Gripping force | 15-200 N |
| Cycle time (at 4 mm stroke) | 0.34 s |
| Communication | IO-Link |
| Cleanroom class (ISO 14644-1) | ISO 3 |
WPG Series
Network-based universal gripper modules, wide range sensorless gripping force control, integrated part detection and monitoring, freely positionable fingers, configuration and diagnostics via web browser, seamless robot integration due to embedded GRIPLINK technology, Cloud-ready.
| Stroke | 120 mm |
|---|---|
| Gripping force | 30-300 N |
| Cycle time (at 4 mm stroke) | 0.2 s |
| Communication | Ethernet |
| Protection class | IP 54 |
WSG Series
Integrated part detection and monitoring, freely positionable, electric sensor port in the base jaws for connecting active force measuring fingers, control via TCP/IP with text-based GCL protocol, simple parameterization and diagnostics via integrated web interface.
| Stroke | 68-110 mm |
|---|---|
| Gripping force | 5-80 N |
| Cycle time (at 4 mm stroke) | 0.2 s |
| Communication | Ethernet / Profinet / |
| Protection class | IP 40 |
Permanent monitoring of the gripped part during the entire handling process makes reliable handling child's play, even with difficult workpieces. The standard integrated part detection and monitoring makes the handling of your workpieces considerably easier.
With the flexibly positionable base jaws of the servo-electric gripping modules from Weiss Robotics you can optimally adapt the gripping range to the gripping part. The gripping width can be simply preselected via IO-Link. Have your workpiece securely under control.
The servo-electric gripping modules form Weiss Robotics have an integrated gripping control using a hybrid force controller to guarantee a high-performance gripping process even in difficult applications. With the sensor-less griping force control, the servo-electric grippers handle even brittle, fragile or flexible parts effortlessly and ensure a consistently reproducible gripping result.
The servo-electric grippers from Weiss Robotics are a smart choice for reliable handling of different parts with similar geometry. Up to four different grips can be stored in the gripping module and directly called from within the robot program. Thus, the handling of different parts without time-consuming and costly retooling can be realized particularly easily.