Please contact customer service
With bar and drawdown blade two coating methods, coating speed 1~ 300mm/s stepless speed regulation, film thickness control accuracy of +/- 0.001mm, clamshell drawdown blade design for easy cleaning, with heating and Vacuum chuck function.
Category : Automatic Film Applicator
Brand : HuiNuo
SKU : NB050104
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 Automatic 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 Spreader 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, high hardness and wear resistance, the flatness of the countertop is tested by imported High Accuracy instruments. 2. Big brand differential regulator, high film thickness control accuracy. 3. Flip Type Blade Coating Head, Easy to Clean. 4. High Accuracy film applicator with high accuracy of original imported bar film. 5. Touchscreen control panel, easy to operate. 6. Spreader length and Spreader speed can be adjusted freely. 7. With heating and Vacuum chuck function. 8. Using servo motor, the operation is more stable and the film accuracy is higher.
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. Prepare the substrate and sample. 2. Secure the substrate to the Spreader stage using a Vacuum chuck or fixture. 3. Set Spreader parameters, such as Spreader length and Spreader speed, through Touchscreen. 4. Select the coating method (bar or drawdown blade) and install the corresponding Spreader head. 5. Start the device for automatic filming. 6. After the film is finished, turn off the equipment and clean the Spreader head.
Before operation, please ensure that the power supply of the equipment meets the requirements (100V~ 220V/50~ 60HZ). - Avoid touching moving parts during Spreader to prevent injury. - When cleaning the Spreader head, pay attention to the clamshell design for easy operation. - When using the heating function, pay attention to the temperature range (RT +~ 180 ° C) to avoid burns. - Check the Vacuum chuck system regularly to ensure proper operation. - The weight of the equipment is 40kg, and attention should be paid to safety when handling.
Recommend the Huinuo TM3300pro/34 Automatic Coating Machine. It employs both wire rod and blade coating methods, with wire rod coating accuracy reaching up to ±0.001mm, making it suitable for samples such as lithium battery materials that require high uniformity in film thickness. The machine is equipped with a servo motor and a high-precision differential regulator, ensuring stable operation and precise control of coating parameters to guarantee consistency in each sample preparation.
For materials like adhesives and resins with a wide viscosity range, the Hunuo TM3300pro/34 is recommended. It combines both wire rod and blade coating functions, with the wire rod suitable for medium to low viscosity slurries, while the blade can handle thicker coatings ranging from 0.1 to 10 mm, covering the film preparation needs of common polymer materials. The flip-top blade head design allows for easy cleaning, helping to avoid sample cross-contamination and improve experimental efficiency.
You may consider the Huinuo TM3300pro/34. It comes with a built-in heating stage, offering a temperature control range from room temperature to 180°C with a uniformity of ±1°C, enabling simulation of hot coating processes. Additionally, it is equipped with a vacuum adsorption function, which uses densely arranged air holes on the stage surface to firmly secure substrates such as glass and cardboard, preventing displacement during coating. This makes it suitable for preparing samples like pressure-sensitive adhesives, which require stable substrates and may involve hot coating processes.
