ITES China Shenzhen International Industrial Manufacturing Technology and Equipment Exhibition
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2026.3.31-4.3 Shenzhen World Exhibition & Convention Center- 2025
- 2024
- 2023
- All
- Mainland China
- Taiwan China
- Hong Kong China
- Germany
- Japan
- United States
- South Korea
- Italy
- Switzerland
- Sweden
Femtosecond laser nano hole-making equipment
The invention relates to a special device mainly aiming at the requirement of optical waveguide laser direct writing, Equipped with high-quality laser micro-nano processing system, using high-quality high power The focuse lens tightly focuse that femtosecond laser to obtain a nanoscale focus Light spot, can realize nanometer precision fine processing, suitable for laser straight Optical waveguide processing, micro-nano processing of various thin film materials, etc. Use demand.
Five-axis femtosecond special-shaped micropore for equipment
It is equipped with high-degree-of-freedom beam scanning system, with five-dimensional beam scanning control capability, precise control of beam tilt angle, and high-precision, high-speed beam scanning control function. Equipped with mature programming software, it can realize the programming and processing of high degree of freedom graphics, including circular, inverted conical, rectangular, inverted pyramidal and other special-shaped holes. It is mainly used for the processing of high-precision special-shaped micro-holes in key parts of aero-engine turbine blades, air film holes, automotive nozzles and other industries.
Femtosecond laser precision cutting equipment
It is a special equipment developed mainly for the fine processing requirements (no recast layer, no micro-crack, no carbonization) of all kinds of sheet materials with micron precision, which is dedicated to the fine cutting of all kinds of metals and non-metals with micron precision. It is suitable for fine precision non-destructive processing of ultra-thin metal copper foil, aluminum foil, stainless steel foil, nickel alloy foil and other materials, as well as precision laser scribing, grooving, etching and other precision processing of flexible PI, PET and silicon wafer substrates.
PERIPHERALLY INSERTED CENTRAL CATHETER
High biocompatibility: medical grade silicone reduces irritation to the vascular wall. Radiographic development: catheter tip is developed to confirm the position and ensure safety. Surface treatment: Hydrophilic coating improves pushability and antibacterial coating reduces the risk of infection.
PERISTALTIC PUMP SILICONE TUBING
High precision design: the minimum inner diameter is 0.18 mm and the minimum wall thickness is 0.1 mm. Strong durability: wear resistance, chemical corrosion resistance, after 800 hours of wear resistance test,
SILICONE SEALS FOR HIGH-PRESSURE CONTRAST INJECTORS
High withstand voltage design: ensure no leakage and stable performance under high pressure environment. Chemical corrosion resistance: suitable for a variety of contrast agents and chemical reagents.
optical encoder scales readhead
For linear position feedback, the highest precision: 5um/m, resolution up to 10nm
Rotary optical encoder readhead
The rotary optical encoder is fitted with excellent accuracy and has a conical mounting system that reduces the need for machined parts with high tolerances and eliminates eccentricity. Accuracy up to 2 arcseconds, maximum diameter up to 300mm.
