R2R Fustellatrice automatica di precisione per elettrodi cellulari in sacchetto - MSK-180-AM

• The automatic, high-speed operation for maximum productivity
• The streamlined operation for material auto-feeding, die-cut and final reel collection of wasted materials
• The PET-made conveyor is contamination-free to the electrode materials
• Adjustable cutting force and speed, integrated digital counter
• Integrated IR curtain at the front for safe operations

• 220VAC +/-10%, 50/60 Hz, single-phase, 1KW 
• 110V can be operated via a 1500W transformer

• The customized cutting die is available upon request
• Max. cutting size: 250 mm L x 250 mm W
• The cutting die set is not included in the standard package! Please provide detailed size requirements at the time of RFQ

Electrode roll

size

• Max. Diameter:  250 mm
• Max. width:  280 mm
• Electrode foil length：  ~ 200 meters

• 10 Pieces per minute

• Max. 0.5mm (cathode or anode electrodes)

• Auto deviation correction, ± 0.5 mm

• Max. 3 Ton

• ± 0.1 mm
• <20um burr

• Driven by any standard air compressor, which is not included. Please click the picture on the left to order.
• 0.5~0.8MPa compressed gas is required for operation.

• Attention: If a gas cylinder is used instead of an air compressor(pic2), a two-stage pressure regulator(pic1) must be installed on the gas cylinder to limit the pressure within the required working range for safe operation. Click here to learn the installation of a gas regulator.

• CE certified
• UL/CSA certification is available upon request
• Patent 2017215277340 for the Pouch Cell Automatic Die Cutting Machine MSK-180-AM since June 2018.

• To increase the productivity of the pouch battery, you may need MSK-111A-E Auto Electrode Stacking Machine, and use the MSK-120 Pouch Forming Machine to form the pouch.

  

• MTI Supplies ready-to-use Cathode & Anode Electrodes, Separator Film, and Laminated Aluminum Pouch for your research. Please click the picture below for product details.
• MTI Supplies Nylon-made Split Pouch Cell Casing for Battery R&D, please click the picture below for more details.