The 3W machine standard quadrupole has proven to be a very cost effective solution for use in the proofing and prototyping stages of our customers’ designs and for use in lower volume instrument production. All of our quadrupoles are supplied cleaned, assembled in our laminar flow cleanroom, with mechanical test results, showing the maximum measured deviation between opposing rods.

This is a mobile phone production line work assembly. Work assembly materials are very widely used, including metal, plastic, composite materials, etc., and generally will be considered comprehensively according to the specific use of work assembly, the production environment, and the process requirements. Some need anti-static materials, wear-resistant materials, and corrosion-resistant materials. Gold material processing including stainless steel, aluminum alloy, carbon steel, plastic material processing including PVC, PU, POM，rubber, etc., all kinds of tooling can be customized processing to meet your diverse needs.

Milling includes manual milling and CNC milling.This titanium alloy part is manufactured by CNC milling, through the structural shape it is a precision groove part, but also a symmetrical hole machining part.
Titanium is a metal with an excellent strength-to-weight ratio, low thermal expansion and high corrosion resistance that is sterilizable and biocompatible. Excellent strength-to-weight ratio,

This part is a scientific instrument core component, electrode rod, insulation socket, The material chosen is PEEK, the king of plastics, and the material has very good insulation properties and is resistant to high temperatures. The production process is mainly through CNC machining and CNC milling, and the internal structure uses wire cutting process, with parallelism, symmetry and comprehensive tolerances within 0.01.

CNC turning is a fundamental process in CNC machining service, CNC turning with power tools combines lathe and milling machine functions to process parts with metal bar cylindrical features.
Aerospace components are 1 mm thin-walled structures, and CNC machining makes the manufacture of this aluminum component more sophisticated and minimizes the weight of the cone itself without compromising its structural strength and stability. The thin-wall design makes the cone more responsive when the fluid passes, effectively guiding the flow of fluid and reducing drag and energy loss.
In practical applications, this thin-walled 1 mm aluminum conductor cone can play an excellent guiding role in complex fluid environments, demonstrating excellent performance in both high-speed gas or liquid flows, providing strong support for the efficient operation of the relevant systems.

We provide CNC machining services of any complexity for the production of both serial parts and prototypes.
The turbine blades are made of advanced high temperature alloy materials, which are precision cast and machined. The blades have a specific streamlined design that efficiently converts airflow energy into mechanical energy. Its surface is specially treated with extremely low roughness to reduce airflow resistance. Under the working environment of high temperature, high pressure and high speed rotation, the blade has excellent strength and fatigue life, which ensures the stable operation of the turbine.”
3W machine is a CNC machining supplier of machining and metal parts. With multiple CNC machines, our professional team can ensure that your parts can be delivered on time.

This aluminum component for instrumentation is an essential component designed and manufactured to meet the demands of high-precision instrumentation. It is made of high quality aluminum alloy material, through advanced processing technology and strict quality control process, to ensure its excellent performance and reliable quality.
The parts have the characteristics of light and strong, corrosion resistance, good thermal conductivity, etc., and can work stably in complex equipment operating environment, providing strong support for the overall performance and stability of the instrument.

This carefully crafted part for the aerospace sector is made of high-quality PTFE material and molded by advanced CNC machining technology to show outstanding quality and performance.
PTFE has excellent high temperature resistance and can maintain stable physical and chemical properties in extreme temperature environments. At the same time, it also has a very low coefficient of friction, excellent corrosion resistance and electrical insulation, which provides a reliable guarantee for aerospace applications.

Using high-quality nylon material, with high strength, wear resistance, chemical corrosion resistance, self-lubricating and other excellent performance. The low water absorption of nylon allows it to maintain dimensional stability in different environments, ensuring the accuracy and reliability of parts.
Through advanced CNC numerical control machining techniques, each part is precisely cut and molded to achieve extremely high dimensional accuracy and surface finish. Complex shapes and fine structures are perfectly realized to meet the most stringent design requirements.

Using advanced injection molding technology and high-precision molds, each injection molding part has a precise size and perfect shape. The details show superb craftsmanship, ensuring the consistency and reliability of the product. In the production process, the implementation of multiple strict quality inspection procedures, from the incoming inspection of raw materials, to the production process monitoring, and then to the final inspection of the finished product, to ensure that each medical injection molding parts meet the highest quality standards.

Our medical injection molding parts are excellent products that are carefully built for the medical industry and strictly follow the high standards and strict specifications of the medical industry. The use of medical-grade materials with excellent biocompatibility, corrosion resistance and stability ensures safety and harmlessness in contact with the human body and in various medical environments.

High hardness titanium alloy material is used for aerospace research and development of a component, so in the turning process, strictly follow the international quality standards, each link, each process has been carefully controlled to ensure high quality and reliability of the product.