High Throughput Coin Cell Assembling System Up to 64 Cells Per Hour For Battery Research - MSK-HTBA

High Throughput Coin Cell Assembling System Up to 64 Cells Per Hour For Battery Research - MSK-HTBA

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High Throughput Coin Cell Assembling System Up to 64 Cells Per Hour For Battery Research - MSK-HTBA
  • High Throughput Coin Cell Assembling System Up to 64 Cells Per Hour For Battery Research - MSK-HTBA
  • High Throughput Coin Cell Assembling System Up to 64 Cells Per Hour For Battery Research - MSK-HTBA
  • High Throughput Coin Cell Assembling System Up to 64 Cells Per Hour For Battery Research - MSK-HTBA
  • High Throughput Coin Cell Assembling System Up to 64 Cells Per Hour For Battery Research - MSK-HTBA
High Throughput Coin Cell Assembling System Up to 64 Cells Per Hour For Battery Research - MSK-HTBA

High Throughput Coin Cell Assembling System Up to 64 Cells Per Hour For Battery Research - MSK-HTBA

SKU: msk-htba

Price: RFQ

Description

MSK-HTBA-D is an automatic coin cell assembling system for high throughput coin cell batteries R&D. Manually load cell components on the pre-loading station, a robotic arm equipped with vacuum suction to pick up materials from pre-loading station and to transfer them to the assembling station. It is able to handle Max. 64 cells in dual-station glovebox under controlled atmosphere.  The system equipped a electrolyte injection mechanism, followed by sealing function. The finished coin cells are transferred to the tray area.


Features
High Throughput Coin Cell Assembling System Up to 64 Cells Per Hour For Battery Research - MSK-HTBA
  • High Throughput & Automatically Assembly in the dual size of glove-box with < 1 PPM O2 and H2O
  • CR 2032 Coin Cell or Half Cell
  • 8 Kinds of Anode
  • 8 Kinds of Cathode 
  • 2 Kinds of Liquid Electrolyte
  • Productivity: ~ 30 PPH
  • Product Rate: 98%
  • Tracking System

Flow Chart

 
  • Top Case Loading
  • Lithium Chip / Anode Loading
  • Separator Loading
  • Cathode Loading
  • Spacers / Springs
  • Electrolyte Injection
  • Bottom Case Loading
  • Pressure Control Electric Crimping
Voltage & Power
  • AC 220V +/- 10%, 50 / 60 Hz, Three Phases
  • Maximum Power: 2 kW 
Utility Requirements
  • Temperature: 25ºC +/- 3%, Humility: 30 - 90 RH%
  • If without the glovebox, it requires the dry room with dewpoint below - 40ºC
  • 0.5 - 0.8 MPa dry compressive gas
Battery Materials Requirements
  • Cathode: 13 mm in diameter, 0.1 mm thickness
  • Anode: 14 mm in diameter, 0.09 mm thickness
  • Separator: 16.5 mm in diameter, 0.1 mm thickness
  • Spring: 15.4 mm in diameter
  • Spacer: 15.5 mm in diameter, 0.5 mm thickness
  • Bottom case: 19.4 mm in diameter, 2.84 mm thickness
  • Top case: 16.5 mm in diameter, 2.6 mm thickness

Modules
  • XYZ automatic working station, X 1100 mm * Y 800 mm * Z 200 mm
  • Dual chambers glove box, four working positions
  • Sample materials loading
  • Electric crimping, pressure 50 - 80 kg/cm^2
  • PLC digital control
Coin Cell Type
  • CR 2032
  • Any other coin cell size die set could be customized at the extra cost
Channels
  • 8 x 8 layout
  • 64 channels in total
Production Yield
  • 1 - 2 PPM
Accuracy
  • Assembly Deviation: +/- 0.5 mm
  • Electrolyte Injection Accuracy: 0.5 uL
Dimensions & Net weight
  • Main glove box chamber size: L 1400 mm x W 1200 mm x H 900 mm
  • Dimensions of the system: L 3200 mm x W 1200 mm x H 900mm
  • Net Weight: 1200 lbs
Optional
  • The number of cathodes, anodes, separators, and liquid electrolyte might be customized based on the demand
  • The programmable PC control and software design might be customized upon request
  • Any size of coin cell dies set could be customized at an extra cost
  • The system can be built for dry room operation without a glovebox
Compliance
  • NRTL certification is available upon request at an extra cost
  • MTI has granted the patent 201910865725.X and 201921549404.0 for this High Throughput Coin Cell Assembling System MSK-HTBA since September 2019.
  • MTI has granted the United State Patent US 11,508,983 B2 for the AUTOMATED BATCH SAMPLE PREPARATION METHOD FOR BUTTON BATTERY since Nov, 22nd, 2022.