HONPINE EPG-FLEX Series Electric Parallel Grippers for Precision Manufacturing
● Introduction
The HONPINE EPG-FLEX Series Electric Parallel Grippers are designed to address this demand, based on a concept of modular standardization and flexible configuration. As an advanced upgrade in HONPINE’s electric gripper portfolio, the EPG-FLEX Series offers a more adaptable solution for complex industrial automation environments.
The series has demonstrated strong performance in applications such as multi-type component assembly in the 3C electronics industry, multi-station switching in new energy production lines, and auxiliary material handling in semiconductor manufacturing.
Features
Three Core Configurable Design Advantages
● Flexible Guide Rail Stroke Configuration
The guide rail stroke module can be freely selected according to application requirements. The design incorporates anti-tilt structure and high-speed motion compatibility, ensuring stable operation under high-speed conditions while improving guiding accuracy and resistance to off-center loads. This effectively reduces gripping deviation and ensures stable and reliable workpiece handling.
● Customizable Cable Exit Options
The cable routing direction and outlet design can be customized to accommodate different installation space constraints on production lines, improving integration flexibility in compact automation systems.
● Multiple Industrial Communication Protocols
The EPG-FLEX Series supports built-in EtherCAT, Modbus RTU, and standard I/O control modes, enabling seamless integration into various industrial control systems and fieldbus networks, and meeting diverse automation requirements.
Key Value Advantages
● Integrated Drive & Control Design
The integrated motor and controller eliminate the need for external drivers, reducing system cost. Standardized communication options also lower integration complexity and long-term maintenance costs, improving overall cost efficiency.
● High-Precision Linear Guide Structure
The precision guide rail design enhances motion stability, reduces positioning and gripping errors, and improves overall production yield and process reliability.
● Modular Architecture with Expandability
Built on a modular platform concept, the product can be extended into multiple derivative models. The standardized design improves component reuse and significantly enhances adaptability across different automation scenarios.
