ITES China Shenzhen International Industrial Manufacturing Technology and Equipment Exhibition
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2027.3.24-3.27 Shenzhen World Exhibition & Convention Center- 2026
- 2025
- 2024
- All
- Mainland China
- Taiwan China
- Hong Kong China
- Germany
- Japan
- United States
- South Korea
- Italy
- Switzerland
- Sweden
Humanoid dexterous hand Cyborg-H02
Based on the theory of human bionics, combined with multi-modal fusion perception technology and rigid-flexible coupling structure driving technology, the dexterous hand H02 developed by Cyborg is designed with 5 knuckles and 16 optimal degrees of freedom. It is easy for both hands to cope with medium load handling tasks in factory, logistics and other scenarios with 30 kg high load, while the fingertip joints can be operated independently to grasp irregular objects. It can not only accurately take eggs, but also easily move barreled water. CYBORG-H02 dexterous hand is based on the three-dimensional integrated design concept of humanoid bionic structure, intelligent perception system and dexterous motion control, which opens up a new path for the engineering landing procedure of embodied intelligent technology. The product breaks through the dual technical bottlenecks of high-degree-of-freedom bionic tendon structure design and multi-modal sensor fusion drive, and opens up the key link from laboratory prototype verification to large-scale application of industrial scenarios. As one of the most valuable actuators of humanoid robots, CYBORG-H02 supports separate sales, adapts to a variety of humanoid robots and has a wide range of application scenarios in the fields of industrial automation, emergency rescue, medical rehabilitation and education and training.
Wheeled humanoid robot Cyborg-W01
Cyborg wheeled humanoid robot Cyborg-W01 is a "wheeled humanoid robot" which combines the efficient mobility of wheeled chassis with the highly flexible operation system of humanoid robot. It aims to solve the pain points of insufficient flexibility of traditional automation equipment and low energy efficiency ratio of pure foot robots. The robot has a highly bionic humanoid upper body (both arms and dexterous hands) and a flexible rotating chassis, which can perform delicate, high-load and high-risk tasks instead of manual work in a complex and narrow working space. In terms of extreme space flexibility, the wheeled chassis supports in-situ rotation and can still shuttle freely in a narrow channel of 750 mm wide, with navigation accuracy up to ± 1 cm; At the same time, it has high flexible operation capability, 53 degrees of freedom, and a joint motor with a maximum torque of 562N · m, which takes into account the handling of heavy materials (> 15 kg) and the flexible grasping of special-shaped precision parts. Cyborg-W01 has multi-modal autonomous decision-making capability, integrates fisheye camera, lidar and other full-dimensional sensors, and can perform real-time closed-loop tasks in complex terrain and low-light environment. Relying on the low energy consumption characteristics of wheeled chassis and large-capacity batteries, the robot has excellent endurance performance and supports long-term whole-body endurance. Its main application industries include: intensive storage area distribution, flexible sorting of special-shaped parts and dynamic inventory in the field of warehousing and logistics; flexible production line assembly, cooperative operation of heavy parts and substitution of high-risk chemical environment in the field of industrial manufacturing; narrow area inspection of power substation, energy pipe gallery monitoring and intelligent emergency response in the field of inspection, operation and maintenance; Intelligent hospital materials contactless distribution, high-end commercial body guide and contactless services in the field of business and medical services will help enterprises reduce costs and increase efficiency in an all-round way.
Full-size humanoid robot Cyborg-R01
Full-size humanoid robot Cyborg-R01 is designed with 62 degrees of freedom, equipped with 16 degrees of freedom dexterous hands, with a peak torque of 411 Nm and a dual-arm load capacity of 20 kg. The robot is equipped with an OMCI whole-body cooperative system (Cyborg OmniContact Intelligence) that deeply simulates the way human beings work, innovatively realizes the cooperative load-bearing of arms, shoulders, chest, back and other parts, breaks through the load-bearing limitations of traditional end-effectors, and can carry heavy objects with whole-body strength like human beings. It significantly improves the efficiency and stability of high-load operation. The fuselage is made of all-metal aluminum-magnesium alloy, and lightweight design is carried out by using aviation topology optimization technology to ensure structural stiffness and strength while maximizing weight reduction, so that it can adapt to indoor and outdoor complex terrain, and fully meet the needs of high-intensity scenarios such as industrial manufacturing and warehousing logistics. In factory tasks, Cyborg-R01 has the ability of precise sorting of special-shaped parts, heavy weight handling and all-terrain adaptability, can cross track obstacles ≤ 15 cm, and can withstand 45N/s impact to ensure high-precision operation; Through the collaboration of three clusters to build a transfer chain, its sorting accuracy rate reaches 99.8%, and it supports 24-hour continuous operation to achieve cost reduction and loss reduction. In the field of patrol inspection of power plants, it can replace manual work to complete the status monitoring of transformers, circuit breakers and other equipment, and has the emergency handling capabilities of electric box operation, transformer oil leakage disposal (power off + conservator valve closed) and capacitor bulging disposal (power off + discharge rod operation). From autonomous navigation, equipment inspection to data recording, Cyborg-R01 covers the whole process of intelligent patrol inspection and the standardized processing steps of typical faults, which significantly improves the safety and efficiency of operation and maintenance.
Precision Projection Grinding & Wire Cutting Parts
JeanCherng adopts high-precision CNC optical projection grinding machine as the main model, with the top professionals, any special molding parts can be manufactured, with the cooperation of two shifts, to create the highest quality with excellent efficiency. Whether the accuracy is 0.002 mm or the roundness, concentricity, perpendicularity, parallelism within 0.002 mm, or the surface roughness can meet the requirements of customers.
Optical optoelectronic semiconductor parts
JeanCherng can provide rough blanks and molds for the optical industry, such as camera and mobile phone lens molds; rough blanks for contact lens molds. In the field of optoelectronics, JeanCherng can provide precision parts for backlight modules, liquid crystal displays, optical fiber communications, etc.
