Coin Cell Crimper
Introduction:
The Coin Cell Crimper, also known as the coin cell sealing machine, is designed for sealing and disassembling button cells in laboratory testing applications. It is commonly used in universities, research institutes, electronics, and other related fields.
Equipped with the standard CR20 series sealing mold, it is suitable for sealing CR20 series button cells. Customization options are available for CR16 series, CR25 series, and CR30 series sealing molds.
With different molds, this machine can also be used for tasks such as pressing electrode sheets and compacting battery powder cakes.
Main Features of Coin Cell Crimper :
- High Precision: Ensures accurate and repeatable crimping to meet stringent quality standards.
- Versatility: Capability to handle different materials and electrode configurations used in coin cell assemblies.
- User-Friendly Interface: Intuitive controls for ease of operation, setup, and monitoring.
- Compact Design: Space-efficient design for easy integration into laboratory setups or production lines.
- Reliability: Constructed with durable materials to ensure reliable and long-term operation.
- Research and Laboratory Use: Suitable for use in research institutions, universities, and laboratories involved in battery research and development.
Specifications:
Product Name | Coin Cell Crimper
(Coin Cell Sealing Machine) |
Model | P-2N |
Pressure range | 0-2T(0-25MPa) |
Piston diameter | φ32mm |
Integral structure | No sealing connection,oil leakage reduced |
Pressure gauge | Pressure and pressure intensity display |
Standard die | CR20 series packaging die |
Sealing die | CR16,CR20,CR24,CR30 optional |
Sealing pressure | 0.8-1.2Ton |
Disassembly die | CR16,CR20,CR24 optional |
Disassembly pressure | <0.4 Ton |
Dimensions | 210x165x290mm |
Weight | 12Kg |
Applications:
The Coin Cell Crimper is designed for sealing and disassembling button cells in laboratory testing applications. It is commonly used in universities, research institutes, electronics, and other related fields.