Automatic Electrode Film Coating Applicator Machine
AOT
Xiamen, China
10-25 working days
50 Sets/Month
The automatic film applicator machine is a touch-screen film coating applicator which widely used in all kinds of high-temperature film coating research, like ceramic films, crystal films, battery material films, and special namo-films, and can adapt to the technology development of high-temperature film coating in future.
Application of film applicator machine: Battery lab, Battery research, Lithium-ion battery lab, Material Research, Trial-production.
Automatic Electrode Film Coating Applicator Machine
Description:
Automatic film applicator machine is a touch-screen film coating applicator which widely used in all kinds of high-temperature film coating research.
Features:
1. The film coating applicator machine adopts a touch screen, easy to operate.
2. Temperature-controlled heating system is digitally displayed, max working temperature is 200℃.
3. The timer is digitally displayed; the heating time can be set freely.
4. Coating speed can be regulated at a range of 0~200mm/s.
5. Vacuum aluminum plate used to place and take off the substrate quickly.
6. Stroke can be regulated by touch screen at a range of 10~250mm.
7. Coating thickness can be regulated, the accuracy is 0.01mm.
8. Small dimension saves space.
9. Nice appearance, solid geometry design makes well-formed shape.
Basic Parameters:
Item Name
Automatic Film Coating Machine with Cover Heater
Model
AOT-FCM-100
Max Stroke
250mm
Vacuum plate
Equipped with vacuum aluminum plate
Coating Speed
0~100mm/s
Dimension of the vacuum plate
L410mm×W200mm×H30mm
Regulating the range of scrapper
0.01~3.5mm
Film width
100mm
Heating temperature
Room temperature ~ 200℃ Digital displayed thermostat, the accuracy is±1℃
Power supply
220V/50Hz
Weight
45KG
Dimension
L800mm×W310mm×H330mm
Standard Configurations
*applicator *no-oil vacuum pump *horizontal rod *feeding box
Product Pictures
Some advantages of automatic electrode film coating applicator:
Efficiency: It is designed for high-speed operation, allowing for quick and efficient coating of electrode films.
It saves time and enhances productivity in material and chemical research laboratories.
Precision Coating: The applicator machine ensures consistent and uniform coating thickness, resulting in reliable and reproducible results.
Easy Operation:
It is designed to be easily operated by researchers with minimal training or expertise.
High-Quality Coating: The applicator machine utilizes a combination of rotation, vibration, and oscillation to create a
high impact energy, resulting in a smooth and evenly distributed film coating.
This ensures optimal adhesion and improves the overall quality of the coated electrodes.
Durability and Safety: The applicator machine is constructed with high-quality materials such as stainless steel and
nylon, ensuring its durability and longevity.
It also incorporates safety features to protect users and prevent accidents during operation.
Exhibition
Certificate
FAQ
1. What is the film coating applicator machine used for？
The film coating applicator machine is specially used for coating the positive electrodes and negative electrodes of lithium batteries, and is coated on Aluminum foil and Copper foil. Like carbon coated Aluminum foil or Copper foil. (We also provide these materials.)
2.The role of film coater
It is mainly used to uniformly coat the active substance on the surface of the battery pole sheet to form a high-quality coating, which directly affects the performance and efficiency of the battery. By precisely controlling coating thickness and uniformity, the device improves battery energy density, cycle life, and safety, making it an essential part of the battery manufacturing process.
3.film coating applicator machine in the field of battery advantages
Improve battery performance: By precisely controlling the coating process, the functional material is evenly coated on the positive and negative electrodes or diaphragm of the battery, effectively improving the conductivity, cycle stability and energy density of the battery, thereby extending the service life of the battery and enhancing the overall performance of the battery.
Improve production efficiency: Automated and refined coating processes can significantly improve production efficiency, reduce manual errors and uncertainties, and reduce production costs.
Enhanced battery safety: By optimizing the thickness and uniformity of the coating layer, the risk of internal short circuit of the battery can be effectively reduced and the safety performance of the battery can be improved.
