Jodell

The company has independently developed and mass-produced more than nine series of products,
including industrial-grade dexterous hands, intelligent electric grippers, electric suction cups,
and multi-functional electric grippers, serving dozens of benchmark enterprises in the medical automation,
lithium battery, 3C, semiconductor, and food industries.
Jodell Robotics accurately captures market demands, and is becoming a leading technology company
focused on creating products with core competitiveness in the field of intelligent grasping in China.
RG Series-Robot Electric Gripper

Jodell RG Series

RG series of collaborative parallel electric grippers is an electric gripper mainly used in cooperative manipulators. It has the advantages of high protection level, plug and play, large load and so on. The RG series combines precision force control and industrial aesthetics.

LRA Series-Linear Rotary Actuator

Jodell LRA Series

The LRA series linear rotary actuator from Jodell are compact and thin in design with precise linear motion and flexible pick and place with soft landing function, which are widely used in chip mounting, camera module assembly, lithium battery thickness measurement, touch panel inspection, keyboard and switch testing and other applicatio scenarios with high precision requirements.

ELS Series-Electric Linear Slide Table

Jodell ELS Series

The ELS series is a miniature electric table type cylinder independently developed and manufactured by Jodell,with high energy density, heavy load capacity, and compact design. It can be applied to various application scenarios to complete complex tasks, such as pick and place, arrangement, and handling.

ERG Series-Electric Rotary Gripper

Jodell ERG Series

Jodell ERG series electric rotary gripper is the industry explosive in 2021, and has made outstanding contributions to epidemic prevention and control work. It can be used in medical automation of reagents, blood samples, nucleic acids and other sample processing cover closing, scanning code detection and other scenes, as well as 3C electronics, packaging automation, new energy industry positioning assembly, correction and other scenes.

EVS Series-Electric Vacuum Actuator

Jodell EVS Series

Different from the complex working principle of the pneumatic, Jodell electric vacuum actuator can save the origin system, plug and play, programmable control.

EPG-HP Series-High-Precision Electric Parallel Gripper

Jodell EPG-HP Series

Based on the EPG series of electric grippers, Jodell independently developed a series of high-precision products, which can meet the needs of “high density, high stiffness and high precision”.

EPG Series-Electric Parallel Gripper

Jodell EPG Series

The EPG Series redefines industrial gripping with servo-electric actuation, delivering micron-level precision (±0.01mm) and 20ms response time for Industry 4.0 applications like electronics assembly and medical device handling.

Jodell ERS Series Electric Rotary Servo Gripper

Jodell ERS Series

The Jodell ERS Series Electric Rotary Servo Gripper integrates precision rotation, high-force gripping, and smart control into a compact modular end-effector. Designed for industrial automation, precision assembly, and flexible production lines, it combines servo motor drive, harmonic reducer, and rigid gripper mechanism to enable synchronized rotation and gripping, significantly improving efficiency.

ERGG Series Electric Rotary Gripper

Jodell ERGG Series

The ERGG Series is a high-performance electric rotary gripper combining parallel gripping and precision rotation in one compact module. Designed for high-speed automation in electronics, automotive, and packaging industries, it eliminates the need for separate rotary actuators, reducing system complexity.

Agile Hand Series-Intelligent bionic five-finger dexterous hand

Jodell Agile Hand Series

The Jodell Agile Hand Series is a high-DoF (Degree of Freedom) robotic end-effector designed for delicate manipulation in industrial automation, healthcare, and research. Combining bionics engineering, multi-modal sensing, and adaptive control, it sets a new standard for human-like dexterity in robots.

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