ITES China Shenzhen International Industrial Manufacturing Technology and Equipment Exhibition
- 2026
- 2025
- 2024
- All
- Mainland China
- Taiwan China
- Hong Kong China
- Germany
- Japan
- United States
- South Korea
- Italy
- Switzerland
- Sweden
Servo press
Servo press adopts precise servo motor drive, realizing closed-loop control of pressure, displacement and speed. With high precision and fast response, it supports data traceability and intelligent monitoring, widely used in precision assembly and press-fitting.
Servo torque wrench
Servo torque wrench features servo closed-loop control with accurate and adjustable torque. Stable and reliable, it supports data recording and traceability, ideal for high-precision bolt fastening and assembly.
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T-1500-4
T-1500-4 four-head gantry machining center, one machine for four purposes, a sharp tool for batch production. The innovative cross slide structure integrates four independently controlled Z-axes and high-speed spindles. Four workpieces can be processed in parallel by milling, drilling, tapping and other continuous processes in one clamping, which is specially designed for mass production. The efficiency is 3-4 times higher than that of a single machine, and the land occupation and manpower are greatly saved. High rigidity cast iron bed, equipped with precision wire rail and C3 grade screw, excellent dynamic response, to achieve high-speed and high-precision cutting. BT30 main shaft (20000r/min) is equipped with air curtain protection, which is effective in preventing liquid and dust and is stable for a long time. Fully sealed protection with independent chain tool magazine, quarantine of water chips, fast and reliable tool change, to ensure smooth complex processing. It is especially suitable for the efficient mass production of small and medium-sized parts in 5G communication, precision hardware, automotive parts, medical equipment and other fields.
T-6050-2
T-6050-2 double-head vertical machining center, dual-drive parallel, flexible and efficient. Specially designed for multi-variety, small and medium batch production, using cross slide and independent double spindle, double Z-axis structure. Milling, drilling, boring, tapping and other processes can be completed for two workpieces in parallel by one clamping, so as to realize efficiency multiplication and flexible production scheduling. The whole machine adopts high rigidity herringbone column and super large base, combined with high bearing roller line rail, to ensure excellent stability and accuracy during high-speed cutting. Equipped with high performance BT40 high speed spindle and reliable tool arm magazine to meet the needs of complex parts processing. It is suitable for diversified production scenarios of precision parts, 5G communications, auto parts, medical devices and other industries, and is an ideal choice for improving production capacity and coping with complex processes.
Fingertip tactile sensor
Product Overview: HKVT-M3 series fingertip tactile sensor integrates advanced multi-dimensional tactile sensing technology, integrates advanced algorithms, endows robots with precise tactile perception and excellent environmental adaptability, and helps multi-scene dexterous operation and flexible interaction. Product features: The sensor supports more than 3 million measurements, is stable, reliable and durable, and provides a strong guarantee for the robot to work in complex environments for a long time. It has waterproof and dustproof performance, is not afraid of magnetic field interference, can easily cope with a variety of harsh environments, and provides continuous and stable tactile information support for robots. Sampling frequency up to 1000HZ, fast response, tailor-made for high-precision tactile perception, full range of 0.01 N accurate measurement. Scope of application: Full-range high-precision, high-quality measurement, stable and reliable performance; widely used in smart fingertips, smart wearable devices, medical rehabilitation equipment, etc. The parameters are for reference only, and we can develop and produce according to the user's needs.
Six-dimensional force sensor
The six-axis force sensor is a sensor that can simultaneously measure the force along three coordinate axes and the moment around three coordinate axes. The sensor is made of alloy material and is a medium-sized high-precision force sensor with the characteristics of high overload, high rigidity and high sensitivity. The mechanical structure of the sensor is mainly composed of three parts: the top plate, the elastomer and the bottom plate. When subjected to forces from different directions, the bridge structure of the sensor elastomer will be slightly deformed. These deformations are detected by strain gauges attached to the beam, and the resistance of the strain gauges changes accordingly. Then, the data passes through the acquisition module, and the output electrical signal is compensated by the main chip with high-order algorithm, and finally output to the host computer according to different communication protocols such as RS485/CAN-FD/EtherCAT. Six-dimensional force sensor is also the highest dimensional sensor, which can give the most comprehensive force information; it is widely used in industry, education and scientific research, medical rehabilitation, aerospace and other fields. The parameters are for reference only, and we can develop and produce according to the user's needs.
Electric tactile gripper
The HKVR-TG series three-dimensional tactile adaptive gripper launched by Suzhou Hangkai Microelectronics is a highly integrated intelligent grasping device. Its 400 G lightweight design is matched with 2000 G load capacity to achieve efficient operation while reducing the burden on the mechanical arm. 98mm adjustable stroke and 0.2mm position repetition accuracy ensure precise operation in complex scenes. Product features: The core advantages of the gripper are three-dimensional tactile sensing and flexible grasping technology. The gripping force of a single finger is 0.02-20 N, and soft and hard objects can be easily pinched. It is especially good at dealing with traditional gripper problems such as fragile objects and special-shaped objects. Its own algorithm does not need programming, complex tasks are deployed by one key, and millisecond response speed ensures stable action without deviation. Scope of application: The equipment is made of high-quality materials and integrated with RS 485 communication protocol. The operating noise is lower than 45db under the rated voltage of 24 V, and it is suitable for the environment of 5-40 ℃. The detachable base design is compatible with 99% of the manipulator installation hole pitch, and the installation integration is convenient. Real-time force control feedback function optimizes the operation process, significantly improves the success rate of grasping, empowers the intelligent automation production line, and is widely used in precision manufacturing, logistics sorting and other scenarios.
Special stainless steel
Stainless steel Cold Finished Bar are used in automotive, automation, medical, electronic appliances, semiconductor and other industries. Such as engine: high pressure fuel rail, engine fasteners, fuel injection nozzle, piston ring, oil pump, etc. Automation: electric slide rail equipment, ball screw, slide rail slider, motor axis, etc.
Stainless steel Cold Finished Bar
Stainless steel Cold Finished Bar are used in automotive, automation, medical, electronic appliances, semiconductor and other industries. Such as engine: high pressure fuel rail, engine fasteners, fuel injection nozzle, piston ring, oil pump, etc. Automation: electric slide rail equipment, ball screw, slide rail slider, motor axis, etc.
Diaphragm coupling
A diaphragm coupling with a very small outer diameter is a compact and high-precision transmission device, which is especially suitable for precision equipment with limited space. Its core features include: The outer diameter is 12mm and 14mm, which can adapt to precision instruments such as micro-motors and sensors. High precision transmission: torque is transmitted through metal diaphragm without clearance and wear, suitable for high speed or high precision scenes. It is often used in medical equipment, aerospace or micro-robots, precision displacement stage 3C equipment and other fields.
Coupling
Coupling is a mechanical element that connects two shafts and transmits torque. It is a key component in mechanical transmission. It is mainly used to connect two shafts and transmit torque, while compensating the deviation between shafts, absorbing vibration and buffering impact. It has a wide range of application scenarios, covering many industrial fields. For example, industrial automation equipment, CNC machine tools, 3C equipment, robots and other scenarios that need to be driven by motors.
45 # steel clamping diaphragm coupling
45 # steel clamping diaphragm coupling is a flexible coupling with metal elastic element, which compensates the relative displacement between two shafts through the elastic deformation of high-strength stainless steel diaphragm, including radial, axial and angular deviation. Its main structure is made of 45 # steel, which has the characteristics of high torque rigidity and zero rotary clearance, and is suitable for transmission systems requiring high precision control. Structural features: The coupling is composed of two shaft sleeves (45 # steel) and one or more groups of stainless steel diaphragms (usually 304 stainless steel) connected by bolts or clamping structure. The diaphragms are designed in the form of single piece or double pieces. Common clamping methods include screw clamping or expansion sleeve fixing to reduce installation errors and ensure the accuracy of shaft rotation. Support standard or non-standard keyway processing, keyway size in accordance with JS9 tolerance standard. Application: This kind of coupling is widely used in servo motor, stepper motor, screw drive and other high-precision equipment, commonly seen in robots, CNC machine tools, automation machinery, metallurgy, chemical industry, mining machinery and other industries, suitable for high temperature, high speed or corrosive medium environment, can effectively absorb vibration and transmit large torque
