The design of vacuum chamber needs to consider many factors, such as sealing, strength, thermal stability against short circuit, surface roughness and internal cleanliness. They vary in shape and size, depending on the specific application requirements, and may be cylindrical, square, or other special shapes. On the surface of the chamber, there may be various interfaces and ports for connecting vacuum pumps, measuring instruments, pipes, and other related equipment.

In ICP-MS analysis, the sample is usually introduced into the argon stream as an aerosol of aqueous solution and then into the central region of argon isoliths excited by radio frequency energy at atmospheric pressure. The high temperature of the plasma causes desolvation, vaporization dissociation and ionization of the sample. Part of the plasma enters the vacuum system through different pressure regions, and the sampling cone is responsible for effectively transmitting the ions in the plasma to the mass spectrum section.

Sampling cones are usually made of metals such as Ni, Al, Cu, Pt, among which Ni cones are most used. Sampling cone we can not only do a single piece can also do components

This mini quadrupole mass analyzer is no different from the conventional quadrupole in production process. The pole is machined by precision CNC lathe, and then polished by grinding machine to achieve flatness and surface finish requirements, and finally assembled with ceramic ring.

LC-MS MS quadrupole mass analyzer, is made of pure molybdenum material, comprehensive tolerance within 0.002, length: 9.394 * 203

The vacuum chamber is made of high-strength, vacuum-resistant materials such as stainless steel, aluminum alloy, etc., to withstand the pressure difference generated by the external atmospheric pressure and the internal vacuum. It can effectively exclude gas molecules and provide a highly pure and stable vacuum environment.

The metal steel welding chamber is a specialized enclosure designed to provide a controlled environment for welding operations. Made of durable steel, it helps to contain sparks, fumes and protect personnel from welding hazards, providing a safe and efficient workspace for welding tasks.

The metal steel valve body is a component used in industrial applications to control the flow of gases or liquids. It is made of durable steel materials to withstand high pressure and temperature environments, ensuring reliable and efficient operation.

Often the “standard” configuration due to the balance between cost and performance. Options can include a solid nickel tip with copper base, solid nickel tip with a nickelplated copper base (see below), or a solid nickel tip and base. Suitable for the most common applications (routine aqueous environmental samples, <5% acid matrix, non-HF, non-organic). Good thermal and chemical resistance – solid nickel and nickel-plated cones are more resistant to matrix effects, corrosion, and sample deposition compared to copper. Runs “hotter” than copper—since nickel is less efficient at heat transfer compared to copper, nickel cones will usually stay cleaner longer than solid Cu cones, providing longer operating times between cleaning, and provide more stable signals with less background.

The "Metal aluminum High True Cavity" is a high-quality cavity made from aluminum, designed to offer precise and reliable results in various molding processes. Its durable construction and accurate dimensions make it a valuable tool for producing consistent and top-quality molded products.

The metal steel hydraulic valve is a crucial component in hydraulic systems, regulating the flow of fluid and controlling the pressure within the system. Constructed from durable steel, it provides reliable and efficient performance in demanding industrial applications.

CNC milling is a CNC machining service process that utilizes computer numerical control (CNC) machines to remove material from a workpiece.  CNC milling is a reduction manufacturing process that uses 3-axis milling and 5-axis indexing to cut solid plastic and metal blocks into final parts. A metal steel impeller is a component used in centrifugal pumps and other fluid-handling equipment. It is typically made of stainless steel and is designed to efficiently move liquids or gases through the pump to create flow or pressure.