Desktop Stainless Steel Chamber Evaporation Coater

This product is a high-performance deposition system specifically designed for advanced laboratory R&D and precision evaporation coating of small-scale samples. Its core features include a stainless-steel sealed chamber, precise evaporation coating, a compact desktop-friendly design, and PLC-based intelligent touch-control operation. It strikes an optimal balance among deposition expertise, operational convenience, and operational stability. Leveraging the superior sealing performance of the stainless-steel chamber and the advantages of precise evaporation technology, it meets the thin-film fabrication needs of a wide range of small samples. It is extensively used in advanced experimental applications such as the preparation of miniature thin films for semiconductor devices, graphene-assisted coating, material surface passivation, and coating of research-grade micro-samples. As a core piece of equipment for desktop-level, high-precision evaporation coating experiments in laboratories, it provides an efficient, accurate, and clean integrated solution for scientific research and the fabrication of high-precision coatings on small samples.
Key features:
1. Stainless steel sealed chamber with outstanding protection performance: The chamber is constructed from high-quality stainless steel and features a coated interior, offering excellent sealing, corrosion resistance, and high-temperature tolerance. It effectively isolates the chamber from airborne contaminants, ensuring a clean coating environment, preventing oxidation of both the sample and the deposited film, and enhancing the chamber’s durability. This design is well-suited for long-term, high-frequency experiments, balancing clean coating processes with extended equipment service life.
2. Precision Evaporation Coating for Superior Film Quality: Utilizing advanced, precision evaporation coating technology, the system enables flexible control over evaporation temperature, deposition rate, and coating duration, thereby achieving precise regulation of film thickness and uniformity. The resulting films exhibit strong adhesion and high density, effectively minimizing defects such as pinholes and delamination, ensuring stable thin-film performance and meeting the stringent precision requirements of cutting-edge laboratory research.
3. Compact desktop design for space-saving and easy placement: Specifically optimized for laboratory desktop environments, this unit features a streamlined, compact form factor and lightweight construction, allowing it to be placed directly on standard laboratory workbenches without requiring dedicated installation space. It is compatible with a wide range of laboratory desk layouts, making it particularly well-suited for space-constrained university labs and small research institutions—providing flexible, space-efficient operation.
4. Intelligent PLC Touch Control for Efficient and Convenient Operation: Equipped with an upgraded PLC intelligent control system, the entire operation is conducted via a high-definition touch screen with a simple, intuitive interface and clear functional zoning. The system supports features such as coating parameter memory, program presets, fault alarms, one-touch adjustment of evaporation power, and more. It allows users to pre-set multiple commonly used evaporation coating programs, ensuring a streamlined operating process that can be quickly mastered without extensive training. This makes it ideal for laboratory researchers and professional operators.
5. Multi-scenario compatibility and broad application scope: This system is capable of depositing thin films on small samples made from a variety of materials, including metals, oxides, and semiconductors. It finds extensive use in advanced experimental applications such as the preparation of ultra-thin films for semiconductor devices, graphene-assisted deposition, surface passivation of materials, and coating of micro-scale test specimens. In addition, it supports inert-gas-assisted protective atmospheres, further enhancing the instrument’s versatility and application value.
6. Stable and Durable with Convenient, Worry-Free Maintenance: The overall structure has been optimally designed, with high-quality components selected for the core evaporation assembly, stainless-steel chamber, and temperature-control system, ensuring stable, trouble-free operation, strong anti-interference capability, and long-term continuous performance—making it ideal for high-frequency, benchtop evaporation coating experiments in laboratories. Daily maintenance is simple and convenient; no specialized personnel are required for operation and upkeep. Regular routine inspections and cleaning of the chamber and evaporation components are sufficient to ensure normal equipment operation, significantly reducing laboratory equipment maintenance costs.