Overview
Robot grippers, also known as robot gripping tools or fixtures, are the general term for end effectors at the end of various industrial robot arms. They act as the robot's agile hands, enabling it to quickly and accurately grasp, handle, and place various objects, and are indispensable key components in industrial automation systems. A complete gripper system typically consists of multiple mechanical fingers (jaw bodies), actuators, sensors, controllers, and connecting parts.
Our gripper products are divided by drive method into three major categories: electric, hydraulic, and pneumatic; by gripping form and grasping method, they cover two-finger, multi-finger, vacuum suction cup, basket, electromagnetic, and flexible grippers, fully covering applications from precision assembly to heavy-duty handling. The specifications, drive methods, and fixture shapes of all products can be flexibly customized according to customer needs.
We have many years of design and production experience in large/heavy-payload non-standard grippers, and can tailor reasonable and reliable gripping solutions for customers' different working conditions and irregular workpieces. Our grippers can be used as standalone products or as accessories for automated equipment such as floor tracks and truss robots, widely serving industrial scenarios including automated cargo handling, robot loading/unloading, and automated production lines, helping customers improve production efficiency and automation levels.
Gripping Force: Custom-built to order
Material: Steel, aluminum alloy, plastic, or rubber
Drive Method: Electric, hydraulic, pneumatic
Customizable, Available for OEM
Place of Origin: Guangzhou, China
Product Gallery
Heavy-Duty Hydraulic Gripper
Servo Electric Gripper
Robot Electric Gripper
Pneumatic Gripper
Details & Specs
| Parameter | Standard Series (Electric / Pneumatic) | Heavy-Duty · Custom Series (Hydraulic / Large-Scale) |
|---|---|---|
| Gripping Force | 100 – 350 N | Custom-built to order, up to several kN |
| Maximum Payload | 0 – 100 kg | Custom-built to order (large-scale / heavy payload) |
| Stroke | 10 – 180 mm | Custom-built to order |
| Jaw Open/Close Repeat Accuracy | ±0.05–0.1 mm; hydraulic heavy-duty: customized to application | |
| Open / Close Speed | ≤ 1 s (depending on drive method and load) | |
| Drive Method | Servo motor (fast response, high precision) · Hydraulic cylinder (high force, common for heavy-duty) · Compressed air (low cost, high speed) | |
| Material | Body: steel, aluminum alloy; finger faces / soft jaws available in plastic, rubber, polyurethane, etc. | |
| Optional Accessories | 3D vision, pressure sensors, position sensors, human detection devices | |
| Mounting Method | Robot arm end / manipulator end; fixed or quick-release mounting | |
| Applications | Warehouse goods handling, production line handling, machining, product assembly, etc. | |
The table lists typical parameters for the standard series. Heavy-payload custom models are built to the actual workpiece and application, with the final technical confirmation package governing.
Core Advantages
Focused on the design and manufacturing of large-scale / heavy-payload grippers.
Electric, hydraulic, pneumatic, and flexible—covering a wide range of applications.
Gripping force, stroke, gripping method, and jaw geometry designed to your needs.
Available as a standalone product or as an attachment for a seventh axis or gantry robot.
Build-to-print and build-to-sample volume manufacturing.
Quick manufacturing and delivery response for easy on-site commissioning.
Custom Engineering & OEM
We build to your drawings or samples, customizing gripping force, stroke, jaw profile, and drive method. We support multi-finger, vacuum cup, electromagnetic, and other gripping styles, and can deliver them integrated with robots, Linear Tracks, and gantry robots. Low minimum order quantities, short lead times, complete technical documentation, and on-site commissioning support.
