ITES China Shenzhen International Industrial Manufacturing Technology and Equipment Exhibition
Countdown250days
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
.png)
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.
Handwheel
The hand wheel is a manually operated wheel. Mainly used for CNC machine tools: vertical machining center, horizontal machining center, gantry machining center and other CNC equipment, such as novel shape, easy to move, anti-interference, strong load capacity; full plastic shell, high insulation strength, anti-oil sealing design; with X1, X10, X100 three-gear magnification, can achieve four-axis magnification switching; Optional control switch and emergency stop switch, user-friendly design, easy to operate
A new generation of flat teaching demonstrator
Today, with the popularization of industrial automation, are you still troubled by the bottleneck of human-computer interaction? Complex programming, cumbersome wiring, high training costs, and the difficulty of getting started quickly for non-professionals all drag down productivity. The emergence of flat-panel teaching device is precisely to crack these pain points. This interactive platform, designed for efficient operation, redefines the way of human-computer cooperation in the industrial field with its subversive design. It combines user-friendly operation with cutting-edge technology, aiming to provide a full-dimensional, cost-effective solution for complex industrial scenarios, and completely release your production potential.
8-head 3D line lase detection carrier tape package machine
The spring terminal is automatically fed by the motor gear. When cutting the terminal, the circular positioning pin fixes the material belt hole for cutting PIN, and the material is cut by the motor cam mechanism. The index plate sucks the part of the product, and the cut product is moved to the next station by the sucked part. The CCD detection light source station can be equipped with a high-precision diamond mirror to achieve the function of detecting multiple surfaces. CCD1 and CCD2 detect the overlapping, shortage, deviation and other conditions of the product in the previous cutting, the detection signal is sent to the next station, and the defective products are automatically discharged into the box through the pipeline. The packaged shielding cover is manually placed in the storage bin, and the shielding cover is conveyed to the flexible vibration plate by direct vibration; the bottom of the flexible vibration plate is a backlight source, which is convenient for the CCD to position the product; The product suction mechanism is composed of 8 suction heads, 4 of which take the material from the flexible disk and put it into the 3D detection jig, and the other 4 suction heads take the product after detection from the 3D detection jig for tape packaging. The 3D line laser detection replaces the traditional optocoupler detection, realizing zero-cost replacement. The correlation and repeatability accuracy of 3D line laser detection is 0.015 mm-0.02 mm. Products without flatness detection can be directly packed by 8-head machine.
6-head 3D line lase detection blister disc packaging machine
The shielding cover is manually placed in the storage bin, and the shielding cover is conveyed to the flexible vibration plate by direct vibration; the bottom of the flexible vibration plate is a backlight source, which is convenient for the CCD to position the product; The product suction mechanism consists of six suction heads, three of which take the material from the flexible disk and put it into the 3D detection jig, and the other three suction heads take the product after detection from the 3D detection jig and put it on the plastic suction plate. The 3D line laser detection replaces the traditional optocoupler detection to realize zero-cost replacement. The correlation and repeatability accuracy of 3D line laser detection is 0.015 mm-0.02 mm. For products without flatness detection, the blister tray can be placed directly according to the 6-head machine. The blister tray mechanism has the function of AB tray. It is convenient and fast to change the blister tray with different external dimensions. The length and width of the blister tray packaging mechanism can be adjusted by shaking the two-way screw rod and handle. The maximum length is 390 and the width is 310, and the minimum length is 285 and the width is 140.
Hield cover flexible feed line laser and CCD detection blister disc packaging machine
The shielding cover is manually placed in the storage bin, and the shielding cover is conveyed to the flexible vibrating plate at the time of direct vibration; the bottom of the flexible vibrating plate is a backlight source, which is convenient for the CCD to locate the position of the product; the product suction mechanism is a four-suction head, and a single product is synchronously placed on the detection and packaging production line after being sucked and rotated. The whole assembly line can be adjusted back and forth, and the product fixture can be adjusted according to the size of the product, so as to realize zero-cost replacement. 3D line laser correlation and repeatability accuracy 0.01. After the laser detection of the product line, the PPU is transported and put into the transfer line (one out of two). The PPU carries the product from the transfer line to the CCD detection station (one out of one). CCD1 detects the front paint surface of the product from bottom to top, and CCD2 detects the front appearance of the product from top to bottom. The product transfer mechanism is completed by double modules. The operator puts the stacked blister tray into the empty tray bin, and the blister tray taking mechanism takes out the empty blister tray. After the blister tray is filled with products, it is automatically stacked or the blister tray is packed in a staggered manner, and it is taken out manually.
.png){kind=logo}
Medical box
Multi-material composite and molding process: master the composite application technology of PP/ABS/polycarbonate and aluminum alloy. Through the exclusive modified formula, the box can maintain excellent toughness in the wide temperature range of -40 ℃ to 80 ℃, without the risk of brittle fracture. Aluminum alloy parts adopt aviation CNC precision machining and surface hard oxidation treatment to ensure lightweight and ultra-high strength.
Medical internal components
Micro-precision machining and injection molding: For sensor housings, fluid valves, connectors, etc., it has micron (± 0.005 mm) CNC turning and milling capabilities and precision injection molding capabilities of medical grade special plastics such as liquid silica gel (LSR) and PEEK to ensure dimensional consistency of complex structures.
Medical panel
High reliability circuit and sealing process: The membrane switch circuit adopts silver-carbon/silver paste conductive circuit and bending-resistant design, with a service life of more than 1 million times. The panel edge adopts liquid silica gel (LSR) injection molding or ultrasonic welding process to achieve IP68 permanent sealing and completely eliminate liquid infiltration.
