Infrared Drying Flatbed Coater Machine For Lab
1. The laboratory electric heat film coating machine uses a precision stepping gearbox motor, and the PLC accurately controls the coating speed.
2. The laboratory electric heat film coating machine uses a fully stainless steel roller scraper, which effectively reduces the friction resistance between the scraper and the vacuum suction cup when it moves.
3. The waste collection box placed at the bottom of the left side of the vacuum suction plate can collect excess coating materials to ensure the cleanliness of the laboratory electric heat film coating machine itself and the surrounding area.
- Shenyang Kejing
- Shenyang, Liaoning
- 10 working days
- 50 sets
- Information
Introduction of sheet film coater with vacuum chuck：
MSK-AFA-E500-AL sheet film coater with vacuum chuck is mainly used for coating liquid or colloidal films in the laboratory. Sheet film coater with vacuum chuck uses a precision stepping gearbox motor to accurately control the coating speed, so as to achieve the purpose of uniformly advancing the scraper for coating. The roller scraper is made of all stainless steel, which effectively reduces the friction resistance between the scraper and the vacuum suction cup when the scraper moves, and can improve the consistency and uniformity of the coating. The equipment uses bottom vacuum to absorb the sample. The equipment is equipped with a scraper limiter, which can adjust the length of the coated film at will. The roller scraper stops automatically after reaching the limit; automatic film coater with adjustable doctor blade is equipped with a top infrared baking function, and the baking temperature can reach up to 120℃, thereby accelerating the drying speed of the coating. This automatic film coater with adjustable doctor blade is specially designed to prepare various films by coating, such as lithium battery electrode films, various ceramic films and polymer films.
Main Features of automatic film coater with adjustable doctor blade:
1. Equipped with a precision-grade stepper gearbox motor and PLC control for accurate coating speed regulation.
2. Stainless steel roller scraper effectively reduces friction with the vacuum chuck during movement, improving coating quality.
3. A waste collection box is installed at the bottom left of the vacuum chuck to collect excess slurry, ensuring equipment and workplace cleanliness.
4. Integrated top infrared heating function, with a maximum heating temperature of 120 °C (customizable for bottom heating and higher temperature requirements).
5. Compatible with extrusion coating accessories for extrusion coating processes.
6. Laser safety cover protection: heating automatically stops when the upper cover is opened.
Technical specifications of sheet film coater with vacuum chuck：
| Product name | MSK-AFA-E500-AL Infrared Drying Flatbed Coater Machine | |
| Product model | MSK-AFA-E500-AL | |
| Installation conditions | Operating environment: Humidity: 10-85%RH (at 25℃ without condensation) Temperature: 0-45℃. 1. Water: Not required. 2. Electricity: AC220V. 3. Gas: Vacuum negative pressure (vacuum pump). 4. Workbench: 1500×800×500mm is recommended; load-bearing capacity is more than 160kg. 5. Ventilation device: No special requirements. | |
| Main parameters | 1. Power supply interface：AC220V. 2. Total power: ≤3000W. 3. Vacuum chuck dimensions (length × width): 1190mm × 550mm. 4. Vacuum adsorption dimensions (length × width): 1000mm × 500mm. 5. Vacuum chuck coating, suitable for coating thickness ≥ 0.3 mm. 6. Coating speed: 500-5000mm/min. 7. Coating length: 10-1000mm (length adjustable). 8.Infrared top-cover heating, temperature up to 120 °C. | |
9. Rolling scraper: Se-KTQ-500. Standard coating width: 500mm. Film thickness adjustment range: 0-5000um. PTFE baffle to avoid slurry leakage. The scraper frame is equipped with 4 rollers to facilitate the movement of the film maker. Equipped with 2 digital micrometer heads with an adjustment accuracy of 3um. | ||
| 10. Optional extrusion coating head (For the preparation of catalyst electrodes in low-temperature fuel cells, gas diffusion layers (GDL) are commonly used as porous carbon substrates. In such cases, doctor blade coating is not suitable, and extrusion coating must be adopted, where the extrusion head is positioned at a controlled distance from the rough porous substrate.) |  | |
11. Overall dimensions (length × width × height): 1280mm × 620mm × 465mm. | ||
About us:
Before the product leaves the factory, our staff will conduct comprehensive testing to ensure the accuracy and stability of the product. At the same time, we also have a professional after-sales service team. If you have any questions about the product, our team will answer you in time, so that your equipment can run stably for a long time.
