The KJ-6017 small coating bench is a high-precision laboratory sample preparation equipment specially designed for material research and development, formula debugging and process verification. It is widely used for small-batch coating experiments of pressure-sensitive adhesives, hot melt adhesives, paints, inks, polymer films and other materials. It serves as essential testing equipment for R&D laboratories of chemical, new material, tape and protective film enterprises, as well as university scientific research institutions.
Traditional manual coating is prone to uneven thickness, coating defects and poor data repeatability, which seriously affects the accuracy of experimental data. The KJ-6017 small coating bench completely solves the drawbacks of manual operation. Equipped with a precision differential adjustment structure, it achieves a coating accuracy of ±2μm with a wide adjustable thickness range and fine step adjustment. It can produce standard samples with uniform thickness and high consistency, fully complying with ISO, ASTM and other international laboratory coating standards, and providing reliable data support for material performance testing and formula comparison experiments.

Featuring strong compatibility, the equipment supports optional diverse coating tools including adjustable doctor blades, wire coating bars and comma blades, adapting to fluid materials of different viscosities and meeting the coating requirements of both conventional paints and high-viscosity colloids. Adopting a compact desktop design, it occupies little space and can be directly placed on laboratory benches. It is easy to install and operate without complicated debugging or professional skills, enabling operators to quickly complete multiple groups of comparative sample preparation and greatly improve R&D efficiency.
With stable operation, low noise and low failure rate, the equipment supports long-term continuous experimental work. It meets the high-frequency and diversified sample preparation needs of researchers, effectively shortening the cycle of new material formula development and process optimization. It is a core auxiliary equipment for improving sample preparation accuracy and standardizing scientific research experiments in the material industry.