Top Background Image
  • April 19, 2026

180° Angular DHRC Series Pneumatic Gripper


AirTAC Type DHRC Series: High-Precision 180° Angular Rotary Gripper


The AirTAC Type DHRC series is a high-performance mechanical gripper designed for precision automation. Featuring a 180-degree angular opening, the DHRC series allows for wide-range gripping and clearing of workpieces in compact environments. Engineered with a robust rack-and-pinion mechanism, it ensures consistent clamping force and exceptional repeatability for demanding industrial tasks.

Key Technical Features & Engineering Highlights

  • 180° Angular Opening: Unlike standard grippers, the DHRC jaws open a full 180 degrees, allowing the gripper to retract from a workpiece without having to move the entire robotic arm, significantly saving cycle time and space.

  • Precision Rack & Pinion Mechanism: The internal drive system provides synchronized jaw movement with high accuracy and minimal backlash, ensuring a firm and reliable grip on every cycle.

  • Integrated Dust-Resistant Design: The DHRC series is built with a specialized body structure that prevents dust and debris from entering the internal mechanism, making it ideal for harsh manufacturing environments.

  • Compact & Lightweight Profile: Manufactured from high-grade aluminum alloy, the DHRC offers a high strength-to-weight ratio, reducing the load on robotic end-effectors and increasing overall system speed.

  • Auto-Switch Compatibility: The body includes integrated slots for AirTAC magnetic sensors (auto-switches), allowing for precise "Open" and "Closed" state monitoring for PLC integration.


Technical Specifications Overview

FeatureDetails
Bore Sizes (mm)10, 16, 20, 25
Action TypeDouble Acting
FluidClean Air (40-micron filtered)
Operating Pressure0.2 ~ 0.7 MPa (29 ~ 101 psi)
Max. Frequency60 cycles per minute
Repeatability±0.2 mm
Opening/Closing Angle-2° to 180°

Primary Industrial Applications

The AirTAC DHRC series is the preferred choice for:

  • Electronics Assembly: Precise handling of PCBs and small electronic components.

  • Robotic End-effectors: Compact "pick-and-rotate" tasks in narrow spaces.

  • Packaging Machinery: Gripping and orienting bottles, caps, or small boxes.

  • Automotive Parts: Managing small sub-assembly components in high-speed cells.


Quick Inquiry