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
Taiwan Guangjie KOJEX Handle-UC Gold Chuck Handle
A new feeling of the knife handle, to create exciting results.
Taiwan Durable Nine9 Center Drill
The world's first blade-type center drill, with patents in many countries, as long as the length of the tool is set for the first time in use, the efficiency of tool change is greatly improved.
Taiwan Durable Nine9 Turn-Milling Universal Drill
Disposable blades are used. High efficiency, long service life and cost saving. One cutter bar can be equipped with multiple blades. One cutter bar can be used for multiple functions.
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
NK530M Five-Axis Control System
The NK530M five-axis CNC system from Weihong features multiple advanced functions to ensure high-speed machining and precise five-axis联动processing. It guarantees precise and smooth control of tool paths and axis movements, resulting in high surface quality, accuracy, and fast processing speed. The system also simplifies operation and programming, thereby comprehensively improving machining precision, efficiency, and stability. Key features include: Automatic Measurement and Calibration: Simplifies the calibration process for five-axis machines, making it more convenient and user-friendly. RTCP (Tool Tip Control): Provides true five-axis联动processing with nanometer-level control precision. HPPS (High-Precision Path Smoothing): Ensures smooth tool path trajectories and optimized surface quality. Tilted Surface Machining: Simplifies programming steps and enables efficient and precise machining on inclined surfaces. 3D Tool Compensation: Direct compensation for side milling paths, reducing the hassle of size adjustments.
Laser Tube Cutting 3D Five-Axis Cutting System
This product is designed for the steel structure industry and is capable of cutting I-beams, channels, and angles with thicknesses exceeding 100mm. When combined with a flatbed tube cutting system, it can also perform cutting on thick plates and standard tubular materials. The traditional cutting method in the steel structure industry is plasma cutting. In contrast, this system leverages the characteristics of laser cutting, which offers high processing efficiency, high precision, excellent cut surface quality, and the ability to perform bevel cutting, thereby eliminating the need for secondary beveling processes. The processing efficiency is more than three times higher than that of plasma cutting. The system employs a range of advanced technologies, including flexible acceleration and deceleration algorithms, five-axis RTCP (Tool Tip Control Point) algorithms, high-precision contour smoothing, high-precision posture smoothing, precise follower control, cross-surface empty travel obstacle avoidance, and error compensation for the cutting head and workpiece. These comprehensive technologies are leading in China and have reached international advanced levels. The project is characterized by its novelty and applicability.
Stainless steel preforms
It is suitable for gas transportation, liquid cooling water circulation system and other equipment used in semiconductor production.
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Polished tube
The inner and outer polishing tubes are suitable for gas conveying and liquid cooling water circulation systems used in semiconductor production.
DMU400 five-axis linkage machining center
DMU-400 X/Y/Z stroke: 586/370/350mm Distance from spindle face to table: +110 to -5 (-20 tool Angle) /360 infinity Table size: 400mm Maximum load: 100kg X/Y/Z fast displacement: 40/40/40m/min Maximum cutting feed rate: 20m/min Machine size: 3010X2040X2800
K7 horizontal five-axis machining center
1. K7 is of moving-column structure and equipped with high dynamic response drive lightweight design. X/Y/Z axes are of high response ball screw drive. The left and right feed acceleration of X axis is 1G, the upper and lower feed acceleration of Y axis is 1G, and the ram feed acceleration of Z axis is 1.5g. The workpiece is clamped at one time to realize multi-sided milling, which greatly shortens the in-process time. It is especially suitable for multi-face and five-axis high-speed and high-efficiency processing of complex parts of die-cast aluminum automobiles. II. Technical parameters: 2. Accuracy performance: X/Y/Z axis positioning accuracy is 0.008/0.008/0.008 mm, and repeated positioning accuracy is 0.006/0.006/0.006 mm; A/C axis positioning accuracy is 12 arc seconds, and repeated positioning accuracy is 8 arc seconds, which meets the processing requirements of precision parts. 3. Speed performance: rapid displacement of X/Y/Z axis reaches 75/75/75m/min. The maximum cutting feed rate is 50m/min, and the fast feed speed of A/B axis is 50/75rpm. Combined with the efficient tool change system, the processing efficiency is greatly improved.
GMU-900T 5-axis machining center
GMU-900T 5-axis milling and turning center: 1. High rigidity: It is equipped with a crown block gantry frame, and the ribs are arranged reasonably to ensure that there is no vibration during milling and turning. The C-axis uses a high-torque automotive torque motor to ensure the smooth and powerful rotation of the workpiece in the turning mode. 2, high precision: A/C cradle table with patented gear backlash technology, no reverse clearance during processing, angle control to 0.001 °. Milling as the main, synchronous auxiliary turning process of the same clamping continuous processing, to avoid multiple positioning errors, precision life can reach several years. 3, high efficiency: equipped with 15000 rpm turn-milling composite electric spindle, standard 48 T tool magazine 12 seconds fast tool change, with automatic chip removal system, reduce non-processing time. Technical parameters: 1. Accuracy performance: X/Y/Z axis positioning accuracy: 0.008/0.008/0.007mm, repeated positioning accuracy: 0.005/0.005/0.004mm; A/C axis positioning accuracy: 8 arc seconds, repeated positioning accuracy: 5 arc seconds. 2. Speed performance: X/Y/Z axis fast displacement up to 40/40/40m/min, maximum cutting feed rate 20m/min, A/C axis fast feed speed 20/600rpm.
High speed drilling and tapping machine
Adopt dual-channel, 3-head, 4-head and 6-head structures, and provide models according to different production process requirements of customers; adopt high-rigidity structure + precision screw/guide rail, with repeated positioning accuracy up to ± 0.003mm, suitable for micron-level fine carving; Equipped with high-torque electric spindle (optional 80/100/120 high-power spindle) to improve the processing efficiency of aluminum, copper, stainless steel and other materials ? Optimized body structure, strong shock resistance, no deformation for long time processing, ensuring stability; equipped with a new generation of Delta/new generation/Weihong CNC/Huazhong system, supporting various 3C product processing, automatic tool setting, tool compensation and other functions, more convenient operation. The fourth axis (rotation axis), probe and CCD can be selected to realize the processing of complex special-shaped parts to meet the needs of a wider range of applications.
High speed drilling machine center
With straight spindle (12000 -24000rpm), the tapping efficiency is improved by 30%, and the positioning accuracy is ± 0.005 mm. Fast three-axis movement (X/Y: 48m/min, Z: 36m/min) to reduce non-machining time. Optional 16 T/21 T tool magazine (tool change time 2 seconds), suitable for multi-process continuous processing. Effective chip removal to extend tool life. High rigidity cast iron lathe bed + reinforcing rib design to suppress vibration and ensure the stability of heavy cutting. Column fixed design, Z-axis stress is more uniform, suitable for deep hole drilling. Standard Fanuc/Mitsubishi system/new generation system, supporting rigid tapping, spiral interpolation, high-speed and high-precision mode.
V856 Vertical Machining Center
Precision guide rail and screw: high rigidity linear guide rail/roller guide rail and C3 ball screw are adopted to ensure positioning accuracy and repeated positioning accuracy. Optimize the structure of the lathe bed: the cast iron lathe bed is designed by finite element analysis, with strong shock resistance and no deformation after long time processing. High speed spindle: equipped with high speed electric spindle as standard, suitable for fast cutting of aluminum alloy, stainless steel and other materials. Fast moving speed: fast moving in three axes up to 48 m/min (X/Y axis) to reduce non-machining time. Automatic tool change system (ATC): the tool magazine capacity is 16T/24T/30T, and the tool change time is 2-3 seconds, which improves the continuous processing efficiency of multiple processes. Multi-axis linkage: support 3-axis/4-axis/5-axis linkage, and can process complex surfaces. Compound processing: can be equipped with turn-milling compound function to complete the turning + milling process at one time. Strong expansibility: the fourth axis, tool setting instrument, workpiece measuring head and other accessories can be installed to meet the diverse needs. Advanced CNC systems: Standard NACO, SIEMENS or Mitsubishi systems support high speed, high precision mode and adaptive cutting. Automation integration: support robot loading and unloading, AGV docking, and realize unmanned production (optional). Tool management: it has the functions of tool life monitoring and tool breakage detection to reduce manual intervention.
