AMC-300H is an automatic slurry coating system. It can make sheet-to-sheet and roll-to-roll coatings using multiple slot die, blade, and screen printing methods up to 300 mm in width. The selection of coating methods is fully controlled and programmed by a PC. It is a research platform for researching new-generation films for batteries, fuel cells, and perovskite solars, as well as biomembranesSPECIFICATIONS: Power 220V AC, 50/60Hz, single phase 5000 W Coating Head Hybrid coating head for both blade coating and slot-die Automatic adjustment of coating thickness by step motor from 10 microns to 1000 microns Thickness gap accuracy: 1 micron Coating width: 300 mm Slurry Feeder Air-tight 2000 ml slurry container made of SS 316 stainless steel Vacuum can reach 10-2 torr by MTI mechanical pump ( optional) for mixing with KF25 port Positive inert gas pressure can reach 0.6 MPa for high-viscosity slurry with 1/4 gas inlet and valve. A rotary stirring blade is built inside the container and driven by a DC motor Stirring speed: 0 - 400 rpm adjustable A heating jacket is installed outside the container with a 150ºC max. working temperature The slurry position sensor is installed to ensure the machine stops running when the slurry is empty Screw pump: Feeding speed: 4~48ml/min adjustable。 Feeding accuracy: 1% Coating Platform Dimension: 350 mm width x 600 mm length made of aluminum alloy Vaccumable when making sheet-to-sheet coating Heatable up to 120oC Screen Printing A substrate is held by the vacuum chuck with an area of 300 x 500 mm The vacuum pump is built into the bottom of the machine Effective printing area: 280 x 350 mm Max. Substrate thickness: 0 - 80 mm adjustable Dry Oven Convection Heating zone length: 700 mm Max. heating temperature: Max. 150°C,with accuracy: ±1°C Roll to Roll Device Width is adjustable from 50 mm to 350 mm for the flexible substrate material The deviation control mechanism is built in For speed-control mode, the maximum speed is around 1.2 m/min (speed resolution is 1 mm/s). For tension-control mode, the maximum tension is 5 N and the film traverse speed is dependent on the calendering speed, normally