$ 7722.00Ex works
Servo motor is used to ensure stable operation, coating speed 1~ 300mm/s stepless speed regulation, meyer Rod coating accuracy +/- 0.001mm, clamshell drawdown blade design is easy to clean and improve experimental efficiency.
Category : Automatic Film Applicator
Brand : HuiNuo
SKU : NB050276
Service :The delivery and service By NBCLab.Com
Automatic Film Applicator is a device for intermediate coating film in the laboratory, replacing manual film and automatically filming to improve the accuracy and efficiency of film. This Film Applicator is a bar drawdown blade Coater, with bar Spreader and Blade Coating two functions, the new bar Installation method and clamshell drawdown blade head greatly improve the efficiency of Spreader, easy to clean, with speed control and application length adjustment function, suitable for laboratory High Accuracy automatic film, Moulding proofing in laboratories such as university research institutes, New material, lithium, glue, Resin, etc.
1. Surface hard treatment Aluminum alloy countertop, Hardness and wear resistance, Smoothness of countertop is detected by imported High Accuracy instrument 2. Big brand differential regulator, high film thickness control accuracy 3. Clamped Blade Coating Head for Easy Cleaning 4. Equipped with High Accuracy Film Applicator, the original imported bar film has high uniform accuracy 5. Touchscreen control panel, easy to operate 6. Free adjustment of application length and Spreader speed 7. With heating and Vacuum chuck function 8. Servo motor, more stable operation, higher film accuracy
The Working Principle of Experimental Automatic Film Applicator is to uniformly Spreader the sample on the substrate to form the desired film by controlling the Spreader head and Spreader parameters.
Coatings, inks, paints, Stocks, Lithium batteries, Pressure sensitive adhesives, Resins, glues, polymer materials, pharmaceuticals and other film samples
1. Set Spreader parameters (application length, Spreader speed) 2. Fixed substrate (using Vacuum chuck or fixture) 3. Select coating method (bar or drawdown blade) 4. Start Film Applicator for automatic filming 5. Clean the Spreader head after finishing the film
• Film Applicator for laboratory environment, do not use in humid or dusty places • Make sure the substrate is firmly fixed before operation to avoid displacement during Spreader • Pay attention to the clamshell design when cleaning the Spreader head, which is convenient for thorough cleaning • Select the appropriate Spreader thickness and speed parameters according to the sample characteristics • Regularly check whether the Vacuum chuck system and heating function are normal
Recommend the TM3300pro/37 Automatic Coating Machine. This device utilizes a servo motor and a precision differential regulator, offering high coating accuracy and stable operation, making it suitable for experiments with high requirements for coating uniformity, such as lithium battery materials. It features both wire rod and blade coating methods, allowing flexible selection based on your sample characteristics to ensure the quality of sample preparation.
For materials like adhesives and resins, the TM3300pro/37 is suitable. Its most notable feature is the flip-top blade coating head design, which allows for direct cleaning by simply opening the lid after coating, making it convenient and significantly improving your experimental efficiency. Additionally, its coating speed and thickness can be freely adjusted, making it well-suited to meet the coating requirements of samples with varying viscosities.
For scenarios requiring the preparation of thin and uniform films on glass with precise heating control, the TM3300pro/37 is a reliable choice. It is equipped with mica sheet heating (graphene optional), offering a temperature control range from room temperature to 180°C with uniformity up to ±1°C, ensuring optimal coating conditions for samples. Combined with high-precision imported wire rods, it achieves a coating accuracy of ±0.001mm, allowing you to effortlessly obtain the desired ultra-thin and uniform film layers.
