Electric gripper EPG-FX12-002
motor-drivenmechanicalelectromechanical

Electric gripper - EPG-FX12-002 - Suzhou Honpine Precision Industry Co., Ltd. - motor-driven / mechanical / electromechanical
Electric gripper - EPG-FX12-002 - Suzhou Honpine Precision Industry Co., Ltd. - motor-driven / mechanical / electromechanical
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Characteristics

Operation
electric, motor-driven, mechanical, electromechanical
Type
parallel
Number of jaws
2-jaw
Application
for collaborative robots, for industrial robots, palletizing, for cardboard boxes, for bottles, construction, for geotextiles, for large workpieces, for laboratory, handling, for reel handling, industrial, for sheet metal, for packaging, for handling systems, for the food industry, for palletization robots, for wooden sheets, for heavy loads, for large parts, for vegetables, for glass jars, for fabric, sprue picker, for fruit, for fresh products, for panels, for small loads, for the automotive industry, for workpieces, for clean rooms, for packaged goods, for lightweight robots, for laboratory automation, for the cosmetics industry, for lifting applications, for machine tending, packaging, for assembly, for the electronics industry, for the pharmaceutical industry, for pipetting robot
Options
high-efficiency, compact, precision, maintenance-free, tactile sensor systems, IP40, robotized, rotary, with integrated force sensor, for collaborative robots, high-speed, sliding, automatic, modular, flexible
Grip strength

Max.: 2 N

Min.: 0.5 N

Stroke

Max.: 12 mm
(0.472 in)

Min.: 0 mm
(0 in)

Description

Introduction
The HONPINE EPG-FLEX Series electric parallel gripper EPG-FX12-002 is engineered for small-batch, multi-variant flexible manufacturing and rapid reconfiguration of automation equipment. Based on modular standardization and flexible configuration, it is suitable for multi-type component assembly in 3C electronics, multi-station switching on new-energy production lines, and auxiliary material handling in semiconductor manufacturing.

Features
  • Three core configurable design advantages for flexible deployment and adaptation to varied production requirements.
  • Flexible guide rail stroke configuration: selectable stroke modules with anti-tilt structure and high-speed compatibility to ensure stable high-speed operation, improved guiding accuracy and resistance to off-center loads.
  • Customizable cable exit options: configurable cable routing direction and outlet design to fit constrained installation spaces and improve integration in compact automation systems.
  • Multiple industrial communication protocols: built-in support for EtherCAT, Modbus RTU and standard I/O control modes for seamless integration with industrial controllers and fieldbuses.

Key Value Advantages
  • Integrated drive & control design: motor and controller integrated to eliminate external drivers, reducing system hardware requirements and simplifying integration.
  • High-precision linear guide structure: precision guide rails improve motion stability, reduce positioning and gripping errors, and enhance process reliability and yield.
  • Modular architecture with expandability: platform-based modular design enables derivative models and component reuse across automation scenarios.

Catalogs

*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.