High-Vacuum Multi-Arc Ion Coating System Ionic Thin Film Coater Ionized Plating Layer Tester Cathodic Arc Deposition Device
Brief Introduction
The LR-CK107 is a high-vacuum multi-arc ion coating system designed for the preparation of multi-component amorphous alloys, metal compounds (such as oxide and nitride thin films in oxygen or nitrogen atmospheres), nanoparticle catalyst films, and thermoelectric thin films using thermoelectric material targets.
High-Vacuum Multi-Arc Ion Coating System Ionic Thin Film Coater Ionized Plating Layer Tester Cathodic Arc Deposition Device
Detailed Introduction
The LR-CK107 utilizes arc discharge to ionize conductive materials. Leveraging the excellent diffraction characteristics of the process, it generates high-energy ions that are deposited onto substrates—particularly porous ones like nickel foam—to create nanoscale coatings or nanoparticles. The system comprises a coating chamber, multi-arc targets, a multi-arc power supply, a pulsed bias power supply, a sample stage, heating elements, a vacuum system, a gas delivery system, and a semi-automatic control system (PLC + touchscreen). It features an integrated design combining the main unit and control system for ease of operation, as well as a compact structure with a small footprint. This series of equipment is widely used in universities and research institutes for teaching and experimental research, as well as by manufacturing enterprises for preliminary exploratory experiments and new product development, earning high praise from users.
High-Vacuum Multi-Arc Ion Coating System Ionic Thin Film Coater Ionized Plating Layer Tester Cathodic Arc Deposition Device
Brief Introduction
The LR-CK107 is a high-vacuum multi-arc ion coating system designed for the preparation of multi-component amorphous alloys, metal compounds (such as oxide and nitride thin films in oxygen or nitrogen atmospheres), nanoparticle catalyst films, and thermoelectric thin films using thermoelectric material targets.
High-Vacuum Multi-Arc Ion Coating System Ionic Thin Film Coater Ionized Plating Layer Tester Cathodic Arc Deposition Device
Detailed Introduction
The LR-CK107 utilizes arc discharge to ionize conductive materials. Leveraging the excellent diffraction characteristics of the process, it generates high-energy ions that are deposited onto substrates—particularly porous ones like nickel foam—to create nanoscale coatings or nanoparticles. The system comprises a coating chamber, multi-arc targets, a multi-arc power supply, a pulsed bias power supply, a sample stage, heating elements, a vacuum system, a gas delivery system, and a semi-automatic control system (PLC + touchscreen). It features an integrated design combining the main unit and control system for ease of operation, as well as a compact structure with a small footprint. This series of equipment is widely used in universities and research institutes for teaching and experimental research, as well as by manufacturing enterprises for preliminary exploratory experiments and new product development; it is highly acclaimed by users.
High-Vacuum Multi-Arc Ion Coating System Ionic Thin Film Coater Ionized Plating Layer Tester Cathodic Arc Deposition Device
