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China Optical Multilayer Coating Line Machine Supplier - Vertical Coating Factory for Glass and Plastic Substrates

Introducing our state-of-the-art vertical optical multilayer coating production line, designed specifically for high-efficiency coating of flat substrates like glass and plastic sheets. As a leading supplier in China, our factory produces cutting-edge automated equipment tailored for the optical component manufacturing industry, ensuring top-quality results and increased productivity. Experience the advantages of advanced technology and superior manufacturing processes with our optical coating solutions

Machine Brief Description

It is a vertical optical multilayer coating production line, designed specifically for coating the surfaces of flat substrates such as glass or plastic sheets, represents high-efficiency automated production equipment tailored for the optical component manufacturing industry. This equipment utilizes advanced coating technology to provide high-quality multilayer thin-film coatings for optical components, significantly enhancing the products' optical performance and durability. It is suitable for meeting the production needs of various optical lenses, optical filters, and optical lenses. The primary target audience includes optical component manufacturers, display screen producers, solar panel manufacturers, and relevant research institutions.

Product Feature

1. High stability and high level of automation make it suitable for large-scale or bulk continuous coating processes;
2. Designed with a vertical multi-chamber structure, it employs magnetron sputtering for coating, equipped with DC, medium frequency, or bipolar sputtering power sources, appropriate for the fabrication of multi-layer films such as AR coatings and optical films;
3. Capable of single-sided or double-sided coating;
4. Automated coating, it is equipped with a fully automated control system, enabling high-precision coating operations that ensure uniform thickness across each optical component;
5. Multi-layer coating, supports multi-layer coating processes, allowing for the stacking of different materials based on various requirements to enhance the overall performance of optical components.

Technical Parameter

Series	CJLX Series
Technology	Microwave Sputtering
Chamber Size	Can be designed upon different request.
Substrate Material	Glass; Plastic plates or sheets; Metal plates or sheets; Silicon wafer;
Coating Film	Single membrane such as ITO, Ag, Cr, Ti, a-C, DLC; Dielectric film such as SiO2, Nb2O5, TiO2, TiN, CrN, WO, NiO.
Vacuum System	Vacuum system select international famous brand or China famous brand molecular pumps (or diffusion pumps), polycold, mechanical pumps, etc.

Frequently Asked Questions

What substrates can this vertical coating line process?

The production line is designed specifically for flat substrates, including glass, plastic plates or sheets, metal plates or sheets, and silicon wafers.

What coating technologies are used in the CJLX Series?

The system utilizes advanced microwave sputtering and magnetron sputtering technologies, supported by DC, medium frequency, or bipolar sputtering power sources to achieve high-quality film deposition.

Does this equipment support double-sided coating?

Yes, this vertical production line is highly versatile and capable of performing both single-sided and double-sided coating operations depending on your production requirements.

What types of thin-film coatings can be fabricated?

It can deposit single membranes (such as ITO, Ag, Cr, Ti, a-C, DLC) and dielectric films (such as SiO2, Nb2O5, TiO2, TiN, CrN, WO, NiO) to form multi-layer structures like AR (anti-reflective) coatings and optical films.

How does the system ensure uniform coating thickness?

The line is equipped with a fully automated control system that enables high-precision operations, ensuring uniform thickness and high consistency across each optical component.

Can the chamber size be customized for specific production requirements?

Yes, the chamber size is highly customizable and can be designed and engineered to meet the specific size and throughput requirements of different clients.