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
TS profile roughness thread comprehensive measuring machine
Lead the thread measuring system of the future. Enable flexible, fast, and cost-effective thread inspection. At the same time, combined with QM Soft ®, the most powerful software available for calculating the characteristics of gauge and functional threads, we provide you with an efficient and flexible measuring tool for modern gauge and functional threads. The robust design and simple operation allow for use close to the production area without any restrictions.
Leitech thread depth gauge
Leitech, Denmark, manufactures and sells thread and depth measuring tools worldwide. For BMW, GM, Volkswagen, Citroen, Fiat, Ford, Mazda and other world famous automobile manufacturers to provide thread testing tools.
Schlenker clamp
German Schlenker clamp Chuck, started in 1952, focusing on the development and production of high-quality clamp Chuck W20/W25, etc. It is widely used in five-axis grinders (such as Walter, ANCA, etc.), CNC machine tools (Index), lathes, etc.
Six-dimensional force sensor for humanoid robot
Product advantages: Multi-axis synchronous calibration 5 times overload capacity Built-in low noise amplifier High accuracy 0.3% FS Technical advantages: Customization Ease of Use Compatibility Fast Deployment
Universal six-dimensional force sensor
Product advantages: Quick Customization Highly Integrated 5x Overload Level Technical advantages: Multi-axis synchronous calibration algorithm decoupling high-precision data acquisition
Joint torque sensor
Product advantages: 5 times overload capability Built-in low noise amplifier Comprehensive accuracy better than 0.5% Technical advantages: Structure decoupling design is simple and easy to use Data acquisition
NC Boring and Milling Machine (3 Axis)
General-purpose two-way horizontal CNC drilling and milling machine, for a variety of industries with a combination of multi-axis machine tools, improve efficiency and reduce costs, to provide the best processing program, a most belong to your processing tool.
NC boring and milling machine (Z-axis)
Single-axis machine adopts modular design, with high rigidity structure and precision transmission system, which can be independently configured or integrated into the automatic production line according to the processing requirements. It is suitable for one-way processing procedures with high repeatability and strict precision requirements, effectively improving processing efficiency and positioning stability, and has good expansion flexibility.
Hollow rotating platform
1. Arbitrary angle position, high positioning accuracy: the transmission gear is ground, the repeated positioning accuracy is ± 15arc-sec, and the positioning accuracy is ≤ 1arc-min. 2. High rigidity and high torque: high-precision gear structure and radial and axial bearings are used to improve torque and rigidity. 3. Short-time positioning: Inertial load positioning can be achieved in a short time. 4. Simple origin regression: save the trouble of design and parts procurement. 5. Direct connection: the same as the divider and DD motor, the weight can be directly placed on the platform for transmission. 6. Hollow structure: convenient for design, piping and wiring during assembly. 7. Convenient collocation: any brand of servo motor can be collocated. 8. Large load: side mounting, large ratio torque.
Reducer
1. Integrated design, high precision, high rigidity 2. Double-support cage-type planetary carrier structure, high reliability, suitable for high-speed frequent positive and negative rotation 3.With axial clearance adjustment function 4.The input shaft can open the keyway. 5. Scientific structure, which can carry greater axial and radial forces 6. Helical gear transmission, more stable transmission, greater bearing capacity 7. Low return clearance, more accurate positioning
Electric cylinder
1.High transmission efficiency. Precision ball bearing wire is used 2. Strong adaptability to the environment. The electric cylinder is not easily affected by the ambient temperature and can work normally in harsh environments such as low temperature, high temperature, rain and snow. 3. that position accuracy is high. The servo electric cylinder with ball screw can achieve accurate positioning of about 0. 01 mm through servo control, which has high positioning accuracy and is suitable for applications with high accuracy requirements 4. that structure is simple, the occupy space is small, and the maintenance is convenient. 5. high reliability and safety. The electric cylinder can be equipped with advanced sensor system and various stroke control devices to detect and feedback the working state of the electric cylinder to prevent accidents. 6. stable operation and long service life. 7. The response is fast, the linear working speed can be adjusted in a wide range of speed, and the low-speed operation is stable. 8. Accurate control and good synchronization.
Reducer accessories (steel shaft, flange, shaft sleeve)
Precise CNC machining, excellent material High strength and good wear resistance Accurate size and stable assembly Adapt to various reducer transmission structures
Industrial sewing machine accessories
Precision parts of high-precision sewing machine, with strict geometric tolerance and high processing difficulty, support hard oxidation treatment, wear-resistant and durable, suitable for high-speed and stable operation.
Semiconductor parts
Precision Aluminum Semiconductor Fittings CNC high precision machining Surface polishing/oxidation treatment Wear-resistant and stable, suitable for high-end equipment
AI tactile sensor
This fingertip sensor is designed to simulate the tactile perception of human fingertips, using high-sensitivity sensing technology, especially with the ability of proximity, which can be used in the future. It can predict and perceive the existence and distance of objects before contacting objects, and can accurately capture the three-dimensional force, texture and temperature differences of contacting objects. This skill The technique improves the dexterity, accuracy and safety of the operation, enabling the robot to adjust its movements before contact, avoiding potential injuries or errors.
TS-V visual-tactile fusion training platform
TS-V vision and touch fusion solution is an advanced technology designed by Tashan Technology for complex environments, which aims to improve the operation of robots by integrating a variety of sensing technologies, including vision, proximity, contact and force. Accuracy and reliability in work. Considering the common transparent, reflective and small objects in the environment, as well as the uncertainty caused by occlusion, lighting changes and surface slippage, this solution provides a full view of the scene through the vision sensor. It helps the robot to do global motion planning. Proximity sense provides real-time feedback in the process of machine approaching objects, accurately detects the position and distance of environmental objects, thus making up for the system modeling. Error. Contact sense can sense the contact details that the camera can not capture, such as contact position and shape, and monitor the state of the object in hand in real time. Force sense enables the robot to perceive the overall force when interacting with the environment or objects, ensuring the flexibility and natural sense of interaction. The integrated application of TS-V vision and touch fusion solution makes the robot more flexible and accurate in performing tasks.
TS-R tactile service robot
The robot combines the tactile perception of Tashan technology with the polymorphic composite mobile platform of cloud trace technology, which can accurately perceive and adjust the force of delivering objects, and realize human-like service actions such as water delivery and microphone delivery. It is a typical demonstration of intelligent tactile landing service scenarios.
