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MSK-PN110-S Fast Pneumatic Crimper for CR20XX Series Coin Cells, Cleanroom and Glovebox Compatible

Designed for precise crimping of CR2016, CR2025, and CR2032 coin cells in battery assembly.
Operates with compressed inert gas or air, suitable for 1000 grade cleanroom and glovebox environments.
Achieves high consistency and speed, sealing up to 600 coin cells per hour.
Includes assembling dies for CR20XX series and KF40 glovebox feedthrough set for inert gas connection.

Konformität: CE-zertifiziert
Maßgeschneidert: OEM/ODM
Verpackung: Sperrholzkiste

Produkte

MSK-PN110-S Fast Pneumatic Crimper for CR20XX Series Coin Cells, Cleanroom and Glovebox Compatible

The MSK-PN110-S is engineered to meet the demanding requirements of battery researchers and manufacturers working with coin cells such as CR2016, CR2025, and CR2032. It offers a pneumatic crimping solution driven by compressed inert gas or air, enabling precise and repeatable sealing of coin cell cases. This device is particularly suited for use in cleanroom environments rated up to 1000 grade and inside inert atmosphere gloveboxes, ensuring contamination-free operation.

Unlike hydraulic crimpers, the gas-driven MSK-PN110-S eliminates risks of hydraulic fluid leaks, making it safer and cleaner for sensitive battery assembly workflows. It operates at a recommended gas pressure of 0.8 MPa (maximum 1.0 MPa) and can seal approximately 500 to 600 coin cells per hour, significantly improving throughput. The crimper is compact and designed for easy integration into gloveboxes, with a KF40 feedthrough set included for connecting to an inert gas source such as argon or nitrogen.

Wichtigste Merkmale

  • Gas-driven pneumatic crimper compatible with CR2016, CR2025, and CR2032 coin cells
  • Cleanroom compatible up to 1000 grade and suitable for glovebox use with inert gases
  • High crimping accuracy with ±0.5% full scale measurement accuracy
  • Fast operation speed: seals 500-600 coin cells per hour
  • Includes KF40 glovebox feedthrough set and assembling dies for CR20XX series
  • Output crimped diameter approximately 20.11 mm (original 19.96 mm plus 0.15 mm tolerance)
  • No electrical components inside for enhanced safety in inert environments

Technische Daten

Parameter Spezifikation
Compatible Coin Cell Types CR2016, CR2025, CR2032 (optional dies for CR12XX, CR24XX, AG available)
Operation Gas Pressure 0.7 to <1.0 MPa (0.8 MPa recommended, max 1.0 MPa)
Crimping Load Range 160 to 1080 kg depending on gas pressure (0.2 to 1.0 MPa)
Stroke Length 20 mm ± 0.1 mm
Gasverbrauch 490 ml per stroke
Measurement Accuracy ± 0.5% full scale
Cleanroom Compatibility 1000 grade cleanroom compatible
Glovebox Compatibility Includes KF40 feedthrough set with connectors and tubing for inert gas supply
Mitgeliefertes Zubehör 100 pcs MTI CR2032 coin cell cases for testing, KF40 feedthrough set, assembling dies for CR20XX

Typische Anwendungsbereiche

Ideal for battery research and development labs assembling coin cells under controlled atmospheres. Suitable for cleanroom production lines requiring high throughput and consistent crimping quality. Compatible with glovebox environments using high purity argon or nitrogen gases to prevent contamination.

Configuration and Operating Notes

The crimper requires a separate compressed gas source, either an inert gas cylinder with a two-stage pressure regulator or an air compressor for use outside gloveboxes. When operating inside gloveboxes, only high purity inert gases (Ar or N2) must be used to avoid contamination. The included KF40 feedthrough set facilitates gas connection through the glovebox wall.

Maintenance includes cleaning crimping dies with ethanol after each use to prevent corrosion from electrolyte residues. Spare dies for various coin cell sizes are available separately. Users should avoid operating the crimper without workpieces or exceeding the maximum gas pressure to prevent damage.

Produktbezogene Informationen

MSK-USP-3N-LD
SDH150SS laboratory product view 1
STX-202A laboratory product view 1
VTC-1RF-SPC laboratory product view 1
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