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Using bar and Drawdown blade double coating method, Spreader accuracy up to +/- 0.001mm, coating speed 1~ 300mm/s stepless speed regulation, equipped with clamshell Drawdown blade for easy cleaning, with heating and Vacuum chuck function, suitable for a variety of materials film.
Category : Automatic Film Applicator
Brand : HuiNuo
SKU : NB049436
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 drawdown Bar & blade Coater, with bar Spreader and Blade Coating two functions, innovative 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 battery, 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. High Accuracy film applicator, original imported bar film 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 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. High Accuracy automated film is realized by using bar Spreader and Blade Coating, driven by servo motor, combined with Vacuum chuck and heating functions.
Coatings, inks, paints, Stocks, Lithium batteries, Pressure sensitive adhesives, Resins, glues, polymer materials, pharmaceuticals and other film samples
1. Prepare samples and substrates 2. Set Spreader parameters (application length, Spreader speed, etc.) through Touchscreen 3. Select coating method (bar or Drawdown blade) 4. Start Vacuum chuck fixed substrate 5. If heating is required, set the heating temperature 6. Start automatic filming 7. Cleaning after the film is completed
• Make sure the power supply of the device is connected correctly before operation • Spreader parameter settings need to be adjusted according to sample characteristics • Pay attention to safety when cleaning the Spreader head to avoid scratches • Vacuum chuck function ensures the substrate is flat when used • Pay attention to temperature control when using the heating function to avoid burns • Regularly check the running status of the equipment and keep it clean
Recommend the TM3300pro/27D automatic coating machine. It employs a servo motor and imported high-precision wire rods, achieving a coating accuracy of up to ±0.001 mm, making it suitable for samples such as lithium battery slurries that require high uniformity in film thickness. Its vacuum adsorption function securely fixes the substrate, ensuring stability during the coating process and preventing slurry slippage that could affect film quality.
You can consider the HuiNuo TM3300pro/27D. Its flip-top scraper head design allows for quick cleaning by simply opening it, addressing the issue of adhesives and resins easily solidifying and being difficult to clean. Additionally, the touchscreen control panel offers intuitive operation, with adjustable coating speed and length, making it easy to handle the sample preparation requirements for adhesives and resins of varying viscosities.
The Hunuo TM3300pro/27D Automatic Film Coater features a heating function. Its tabletop utilizes mica sheet heating (with graphene as an optional alternative), offering a temperature control range from room temperature to 180°C with a uniformity of ±1°C. This makes it suitable for coating processes on substrates such as glass that require preheating or curing. Combined with vacuum adsorption, it ensures that the glass remains flat and securely fixed even under heating conditions, resulting in high-quality thin films.
