【Compact, Lightweight, High Grip Force】 Electric gripper with built-in high-performance brushless motor and 2-jaw parallel automatic centering.
• Easy-to-use gripper that can be connected and used immediately. • No power consumption while the gripper is engaged. • No programming required. • Gripper retention guaranteed even during power outages. • Self-adaptive jaw components. • Increased stroke. • Long-life brushless motor (brushless DC). • Built-in motor driver. • Low voltage power supply of 24 Vdc. • M8X1, 3-pole standard connection. • PLC control possible as a pneumatic valve. • Exclusive automatic centering system. • Carbon fiber gear reduction. • Maintenance-free for 10 million cycles. • T-slot jaws for heavy loads. • Optimal balance of weight, size, and power. • Compatible with rotary actuator fittings. • Optional magnetic sensor. *For more details, please refer to the catalog. Feel free to contact us with any inquiries.*
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basic information
- Gripping force: 68[N] to 215[N] - Stroke: 2x6[mm] to 2x10[mm] - Motor power consumption: 6[W] to 23[W] → The opening and closing control of the gripper can also be controlled from the PLC - Simple wiring without the need for a separate controller - (Option: F) Gripping force control possible via analog voltage - (Option: P) Voltage output for grip detection is possible
Price range
Delivery Time
P4
Applications/Examples of results
- Collaborative robot hands (such as those from Universal Robots) - Replacement of pneumatic grippers - Robot for removing parts from injection molding machines - Grasping test tubes in a clean room
Line up(3)
Model number | overview |
---|---|
MPXM1612 | Total gripping force: 68[N], total stroke: 12mm, body weight: 184g |
MPXM2508 | Total gripping force: 95[N], total stroke: 16mm, body weight: 430g |
MPXM3220 | Total gripping force: 215[N], total stroke: 20mm, body weight: 604g |
catalog(14)
Download All CatalogsCompany information
Linkage is a company established to assist in automation by combining products and technologies from overseas manufacturers with the skills of Japanese users. We create opportunities for the introduction of robotic systems and devices to compensate for the labor shortage in Japanese manufacturing through EOAT (End of Arm Tooling, such as robotic hands and polishing kits).