Manual Disc Cutter for Electrode

Small Manual Die Cutting Punching Machine For Coin Cell Electrode and Separator Cutting.

TOB-CPJ-01 Coin Cell Disc Punching Machine  is a newly designed button battery electrode cutting machine with lighter weight.

The Coin Cell Punching Machineis used for coin cell electrode punching with customized cutting die.

Can be used for electrode, copper foil, aluminum foil and battery separator punching to disc pieces.

The tube of this rotary furnace can rotate 360 degrees, one end of the furnace body is equipped with a hinge, and the other end is equipped with a lifting support rod, which can be tilted at a large angle for easy discharge.

Max width:500mm Adjustable Slitter Machine For Lithium Battery Electrode

1600℃ High Temperature Muffle Furnace For Powder Materials Atmosphere Sintering SPECIFICATIONS The TOB-KBF16Q High Temperature Muffle Furnace adopts Silicon carbide as heating element. 40 segments programmable temperature controllers are installed with 6 groups of PID adjustment. ThisAtmosphere muffle furnaceis the ideal laboratory equipment for universities, research institutes, industrial and mining enterprises to do atmosphere Sintering , Atmosphere reduction. Model Dimension (D*W*H) Power Voltage Max Heating  Temperature TOB-KBF16Q-I 160*150*150mm 3kw AC110V/220V 1600℃ TOB-KBF16Q-II 200*200*200mm 6kw TOB-KBF16Q-III 300*200*200mm 8kw TOB-KBF16Q-IV 300*250*250mm 10kw 380V TOB-KBF16Q-V 400*300*300mm 13kw Heating element Silicon carbide Temperature controller 40 program temperature control system, With over temperature, broken accidentally protection function, 6 groups of PID adjustment Control precision of + / - 1 ℃ Furnace chamber  Polycrystal alumina fiber Pressure measure  system Pressure gauge  Air intake control Flow meter Air source H2, Ar, N2, O2, CO, Etc. Warranty One year limited warranty with lifetime support  Email : tob.amy@tobmachine.com  Skype : amywangbest86  Whatsapp/Phone number : +86 181 2071 5609

The device is mainly composed of a communication interface and a battery detection cabinet. The battery testing cabinet is composed of battery clamp and a plate body to placing fixture, a constant current constant voltage source, a registration control circuit, a sampling circuit, a single chip microcomputer and a control panel.