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What Is an Adaptive Gripper

At DH-Robotics, we believe automation should adapt to your needs—not the other way around. That’s exactly what our adaptive gripper technology achieves. An adaptive gripper is designed to intelligently adjust to objects of various shapes, sizes, and textures, making it one of the most versatile end-effectors in modern robotics. Unlike traditional rigid tools, adaptive grippers provide the flexibility and sensitivity that advanced automation systems demand.

We’ve spent years perfecting this technology, and our AG Series embodies our expertise. As a leading developer of high-performance robotic components, DH-Robotics has created a new generation of adaptive grippers that combine precision, ease of use, and robust design. These devices are built not just to grasp objects, but to empower manufacturers with smarter, more efficient, and more reliable automation.

How Adaptive Grippers Improve Productivity and Flexibility

The manufacturing world is rapidly evolving, and flexibility has become key to maintaining competitiveness. That’s why our AG Series adaptive grippers were designed to handle diverse workpieces—from delicate electronics to irregularly shaped components—without requiring frequent reconfiguration.

Our adaptive gripper supports envelope adaptive grasping, meaning it can automatically adjust its fingers to match the object’s contour. This allows for stable and secure handling of items that are round, spherical, or irregularly shaped. Whether used for assembly, packaging, or inspection, these adaptive grippers make it possible to automate processes that were once too complex for traditional robotic systems.

Furthermore, the AG Series features a Plug & Play installation design, ensuring seamless compatibility with most major collaborative robot brands. Operators can set up and program our gripper in minutes, eliminating the frustration of complicated integration. With its intuitive interface and smart feedback, our team has ensured that efficiency doesn’t come at the cost of usability.

 

DH-Robotics’ AG Series: Built for Performance and Simplicity

When we developed the AG Series, we set out to create a tool that truly represents the future of automation. This self-developed, linkage-type adaptive electric gripper delivers the perfect balance between innovation and practicality. Its compact yet strong structure provides a wide gripping range and high adaptability, making it suitable for both small-scale operations and industrial production lines.

The AG Series offers both two-finger and three-finger adaptive gripper configurations, with a maximum stroke of up to 145mm. This long stroke ensures precise grasping for workpieces of different sizes, minimizing the need for multiple gripper models and reducing equipment costs. The integrated design includes adjustable parameters, intelligent feedback, and a self-locking function for enhanced safety and control.

Every adaptive gripper we produce meets global certification standards—including IP54, CE, FCC, and RoHS—and has earned international recognition such as the 2021 Red Dot Industrial Design Award. These achievements reflect our ongoing commitment to delivering products that not only perform flawlessly but also meet the highest design and safety standards.

 

Shaping the Future with Smarter Gripping Solutions

Success in today’s fast-paced manufacturing environment is defined by adaptability. We at DH-Robotics are honored to spearhead this change with our AG Series adaptive gripper. Our adaptive gripper systems add intelligence and variety at every stage of production by fusing envelope adaptable technology, sophisticated motion control, and user-friendly design.
Our adaptive grippers guarantee that your robotic systems operate reliably, securely, and effectively whether you’re handling precise parts, assembling complex gadgets, or automating monotonous operations. Since we at DH-Robotics create intelligent linkages between technology and possibility rather than merely grippers, we cordially invite you to join us in exploring the future of smart automation.

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