Customized Stainless Steel Vacuum Chamber Vacuum Camera
This customized stainless steel vacuum chamber, also named vacuum camera, is tailor-manufactured for PVD coating, magnetron sputtering, vacuum evaporation, vacuum heat treatment and high-vacuum laboratory test equipment. It adopts integrated thick stainless steel welding forming technology, supporting full-size, multi-port customized design to perfectly match various vacuum coating machines and industrial high-vacuum production lines. The chamber serves as the core sealed vacuum cavity, providing a clean, airtight high-vacuum working environment for thin film deposition, material surface treatment and vacuum processing. This is the vacuum camera for making vacuum thin film deposition coatings. It has good vacuum sealing ablity and a reasonable structure to keep vacuum pressure. You could choose the suitable size and type for your vacuum coating application. Before delivery, we make helium leak detection. This coating chamber can be used for the vacuum equipment for metallizing coating, sputtering or arc deposition process.
Our engineers can provide you with their professional suggestions for your application. You will receive the vacuum chamber which is exactly meet your requirements.
Name: Customized vacuum coating chambers
Type: Vertical or horizontal, cubic or cylindrical
Base material: Carbon steel or stainless steel
Size: Customized
- 100% Customizable Dimensions & Layout
We support one-stop customization of chamber shape, internal volume, wall thickness, port specifications and auxiliary structures. Single-cavity, double-cavity, rectangular, cylindrical and combined curved chambers are all available to fit small lab machines and large industrial coating production lines.
- Ultra-Low Leak Rate, Excellent Vacuum Performance
Strict post-weld leak detection is implemented for every finished chamber. The integral seamless welding structure achieves an ultra-low helium leak rate, stably supporting working vacuum from 10⁻³ Pa up to 10⁻⁷ Pa without air leakage or vacuum attenuation.
- Corrosion & High Temperature Resistance
Stainless steel material resists erosion from metal vapor, plasma, weak acid and alkali process gas generated in coating procedures. The thick plate structure withstands long-time high-temperature working conditions, extending the service life of the vacuum cavity.
- Easy Cleaning & Stable Operation
Smooth internal polished surfaces reduce film layer accumulation and make regular chamber cleaning convenient. No dead corners for gas retention, which shortens pumping time and improves the consistency of coating finished products.
- Complete Auxiliary Customization Support
Optional add-ons include: vacuum observation window, door opening sealing structure, internal workpiece rotating frame, target mounting base, electrode wiring port, baffle and shielding plate. All matching parts can be processed synchronously with the chamber for seamless assembly.
Flow chart of cooperation
1. Clarify the customer's needs Purpose:
To determine the main purpose of stainless steel vacuum chamber, such as laboratory research, industrial production, etc. Size: According to the specific needs, determine the size of the vacuum chamber, including length, width, height, etc. Performance requirements: specify the vacuum degree, temperature range, corrosion resistance and other performance requirements of the vacuum chamber.
2. Material selection
Stainless steel type: The commonly used stainless steel types are 304, 316, etc. Select the appropriate type according to the performance requirements.
Material quality: ensure that the selected stainless steel material is of reliable quality and conforms to relevant standards.
3. Design and manufacturing
Structural design: design the structure of the vacuum chamber according to the requirements, including the shape of the cavity, sealing method, etc.
Parts processing: cut and weld the stainless steel material to make the parts of the vacuum chamber.
Quality control: In the process of processing, strict quality inspection is carried out to ensure that the dimensional accuracy and surface quality meet the standards.
- Magnetron sputtering PVD coating machines (hardware decorative coating, tool hard coating, glass/ plastic film coating)
- Vacuum evaporation coating equipment (optical lens, touch screen, decorative film)
- Vacuum metallurgy, high-temperature vacuum sintering and heat treatment furnaces
- Laboratory high-vacuum test chambers and material research vacuum equipment
- Electron beam coating, multi-arc ion plating and DLC film deposition production lines