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TN-EVP180G-2S-HV
TN
Introducing our state-of-the-art High Vacuum Evaporation Coater, designed to meet the demanding needs of various industries. This professional-grade equipment is specifically engineered for the precise evaporative coating of thin films, making it an ideal choice for both metallic and certain organic materials. With its high-vacuum capabilities, our Evaporation Coater ensures exceptional performance and efficiency in the deposition process. It enables the controlled evaporation of a wide range of metals, allowing for the creation of thin films with superior adhesion and uniformity. Additionally, this advanced technology enables the deposition of select organic materials, expanding the scope of applications and possibilities. Equipped with cutting-edge features, our High Vacuum Evaporation Coater guarantees reliable and reproducible results. The sophisticated vacuum system ensures a pristine environment for the deposition process, minimizing impurities and enhancing the quality of the coated films. The precise temperature control mechanism allows for accurate evaporation rates, ensuring optimal film thickness and consistency. Designed with the utmost professionalism, our Evaporation Coater boasts a user-friendly interface that simplifies operation and enhances productivity. The intuitive controls and comprehensive monitoring system provide real-time data, allowing for efficient process management and troubleshooting. The robust construction and high-quality materials used in its manufacturing ensure durability and longevity, making it a valuable investment for any research or production facility. Whether you are in the field of semiconductor manufacturing, optical coatings, or surface engineering, our High Vacuum Evaporation Coater is the perfect solution for your thin film deposition needs. Experience unparalleled performance, reliability, and versatility with our advanced technology. Elevate your coating capabilities and achieve superior results with our industry-leading Evaporation Coater.
Technical parameters:
Input power | AC 220V, single phase, 50Hz |
Evaporation current | 100A |
Electrode voltage | 10V |
Evaporation source | Quantity: 2 Tungsten filament basket ×2 pcs, tungsten boat ×2 pcs |
Evaporator baffle | Yes |
Sample holder | Top setting Diameter: φ65 mm Rotating speed: 0-20 rpm The distance between sample holder and evaporation source is adjustable |
Vacuum chamber | Inner wall processing: electrolytic polishing Chamber dimension: ~φ180mm×H210mm Chamber material: 304 stainless steel Opening mode: top open |
Temperature measurement | B type thermocouple |
Display screen | 7-inch touch screen |
Current regulation | Touch screen setting, range 0~100A |
Vacuum required | Rotary vane pump or molecular pump group can be selected as required. (additional charge) |
Extraction interface | KF25 |
Inlet interface | Diameter 6mm round hole fine tuning valve |
Film thickness monitor | Accuracy: 0.1Ã Measurement speed: 100mS-1S adjustable Measurement range: 500 000Ã (Aluminum) Standard sensor crystal: 6MHz |
Introducing our state-of-the-art High Vacuum Evaporation Coater, designed to meet the demanding needs of various industries. This professional-grade equipment is specifically engineered for the precise evaporative coating of thin films, making it an ideal choice for both metallic and certain organic materials. With its high-vacuum capabilities, our Evaporation Coater ensures exceptional performance and efficiency in the deposition process. It enables the controlled evaporation of a wide range of metals, allowing for the creation of thin films with superior adhesion and uniformity. Additionally, this advanced technology enables the deposition of select organic materials, expanding the scope of applications and possibilities. Equipped with cutting-edge features, our High Vacuum Evaporation Coater guarantees reliable and reproducible results. The sophisticated vacuum system ensures a pristine environment for the deposition process, minimizing impurities and enhancing the quality of the coated films. The precise temperature control mechanism allows for accurate evaporation rates, ensuring optimal film thickness and consistency. Designed with the utmost professionalism, our Evaporation Coater boasts a user-friendly interface that simplifies operation and enhances productivity. The intuitive controls and comprehensive monitoring system provide real-time data, allowing for efficient process management and troubleshooting. The robust construction and high-quality materials used in its manufacturing ensure durability and longevity, making it a valuable investment for any research or production facility. Whether you are in the field of semiconductor manufacturing, optical coatings, or surface engineering, our High Vacuum Evaporation Coater is the perfect solution for your thin film deposition needs. Experience unparalleled performance, reliability, and versatility with our advanced technology. Elevate your coating capabilities and achieve superior results with our industry-leading Evaporation Coater.
Technical parameters:
Input power | AC 220V, single phase, 50Hz |
Evaporation current | 100A |
Electrode voltage | 10V |
Evaporation source | Quantity: 2 Tungsten filament basket ×2 pcs, tungsten boat ×2 pcs |
Evaporator baffle | Yes |
Sample holder | Top setting Diameter: φ65 mm Rotating speed: 0-20 rpm The distance between sample holder and evaporation source is adjustable |
Vacuum chamber | Inner wall processing: electrolytic polishing Chamber dimension: ~φ180mm×H210mm Chamber material: 304 stainless steel Opening mode: top open |
Temperature measurement | B type thermocouple |
Display screen | 7-inch touch screen |
Current regulation | Touch screen setting, range 0~100A |
Vacuum required | Rotary vane pump or molecular pump group can be selected as required. (additional charge) |
Extraction interface | KF25 |
Inlet interface | Diameter 6mm round hole fine tuning valve |
Film thickness monitor | Accuracy: 0.1Ã Measurement speed: 100mS-1S adjustable Measurement range: 500 000Ã (Aluminum) Standard sensor crystal: 6MHz |
