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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

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SKU: MSK-HTBA

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MSK-HTBA is an automatic coin cell assembling system for high throughput battery material research, which can handle 8 kinds of battery cathode and the anode electrode and 2 kinds of electrolytes and assemblies 64 cells per hour in dual size glove-box with under controlled atmosphere.

Features
  • 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.
Optional

Pic. 1 

You may need hi-throughput round disc cutting (Pic. 1)
You may consider our 128 channels battery analyzer for formation and capacity cycling ( Pic. 2)

 

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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

MTI offers a One-Year limited warranty with lifetime support(may cause a fee) for this product.

The MTI One Year Limited Warranty does NOT cover

  • Consumable parts such as O-rings, crucibles, screws, washers, etc.
  • Any damage and rust resulting from improper storage or maintenance.
  • Any damages caused by the use of corrosive and acidic gases.
  • Any damage resulting from failing to adhere to the individual product's specific operation requirements, such as water cooling, venting, etc.
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