$ 24279.00Ex works
Utilizing a dual coating method with wire rod and doctor blade, the coating speed is adjustable from 1 to 300 mm/s with stepless speed control, ensuring high precision in film thickness control. Equipped with vacuum adsorption and heating functions, the temperature uniformity reaches ±1°C. The flip-top design facilitates easy cleaning.
Category : Automatic Film Applicator
Brand : HuiNuo
SKU : NB049241
Service :The delivery and service By NBCLab.Com
Automatic Film Applicator is a device used for intermediate coating film in laboratory. It replaces manual film and automatically films to improve the accuracy and efficiency of film. The Working Principle of Experimental Automatic Film Applicator is to uniformly Spreader the sample on the substrate by controlling the Spreader head and Spreader parameters to form the desired 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. Vacuum chuck and heating
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. Bar Spreader and Blade Coating are used to fix the substrate by Vacuum chuck, combined with heating function to achieve uniform film.
Coatings, inks, paints, Stocks, Lithium batteries, Pressure sensitive adhesives, Resins, glues, polymer materials, pharmaceuticals and other film samples
1. Prepare the substrate and samples 2. Place the substrate on the Spreader table and fix it by Vacuum chuck 3. Choose the bar or Blade Coating method as needed 4. Set application length and Spreader speed parameters on Touchscreen 5. Start the device for automatic filming 6. Remove the sample after the Spreader is completed 7. Spreader head and countertop
• Please read the instruction manual carefully before operation • Power supply voltage matches equipment requirements • Check whether the substrate is firmly fixed before Spreader • Regularly clean Spreader heads and countertops • Pay attention to temperature control when using the heating function • Do not touch moving parts during equipment operation
Recommend an automatic coating machine equipped with both wire rod and blade coating methods. It utilizes imported high-precision wire rods and a differential adjuster, achieving a wire rod coating accuracy of ±20% and a blade coating accuracy of ±30%, effectively meeting high-precision film thickness control requirements. Additionally, its hard-treated aluminum alloy tabletop offers high flatness and works in conjunction with vacuum adsorption to secure the substrate, ensuring coating uniformity and making it suitable for film preparation and sampling in laboratories.
Applicable. This automatic film applicator is specifically designed for laboratory film coating of paints, inks, slurries, lithium battery materials, and polymer materials. It supports scraping on various substrates such as glass, cardboard, and fabric. With features like stepless speed adjustment from 1 to 300 mm/s and freely adjustable coating length, it flexibly adapts to the coating requirements of different samples. It is a reliable choice for sample preparation and proofing in laboratories at universities, research institutes, and in the field of new materials.
