Advanced Electric Coin Cell Crimping Machine: Precision and Versatility for Laboratory Battery Assembly

The Lab Automatic Electric Coin Cell Crimping Machine for All CR20XX Button Battery represents a significant advancement in the field of battery assembly and disassembly, particularly for coin cell applications. This innovative equipment is designed to meet the rigorous demands of laboratory environments, offering precision, versatility, and ease of use. Its ability to operate within an Argon-filled glovebox further enhances its utility in sensitive experimental setups where inert atmospheres are required.

One of the standout features of this crimping machine is its electric operation, complemented by a user-friendly touch screen display and control interface. This modern design simplifies the crimping process while ensuring high accuracy and repeatability. The machine’s high-precision mold design guarantees stable sealing, which is critical for maintaining the integrity of coin cells during assembly. Additionally, the crimping and disassembling dies can be easily interchanged, allowing for seamless transitions between different operational modes. This flexibility is further extended by the availability of optional dies for various coin cell types, such as CR1220, CR2325, CR2450, AG3, and AG5, making the machine adaptable to a wide range of laboratory needs.

The structural integrity of the machine is another notable aspect. Constructed from heavy-duty steel, high-strength chrome steel, or alloy aluminum, the equipment is built to withstand the demands of frequent use. The surface treatment, which includes environmental electroplating and painting, ensures durability and resistance to rust, even in corrosive environments. Despite its robust construction, the machine maintains a compact form factor, with dimensions of 250mm × 185mm × 450mm and a net weight of 30 kg. This compact size allows it to be conveniently placed inside a glovebox through a 360mm diameter antechamber, further enhancing its suitability for controlled environments.

Technical specifications highlight the machine’s broad compatibility with voltage ranges of 110-240V AC at 50/60Hz, making it suitable for use in various regions. The standard configuration includes dies for assembling and disassembling CR2032, CR2025, and CR2016 coin cells, with optional dies available for other models. The machine’s design prioritizes user safety and equipment longevity, as evidenced by the inclusion of a one-year limited warranty with lifetime support. Maintenance is straightforward but essential; the die set must be cleaned with alcohol after each use to prevent corrosion from highly corrosive electrolytes, thereby preserving the machine’s functionality over time.

A unique feature of the machine is the screw mechanism, which serves a practical purpose in the crimping process. In instances where cases become stuck during crimping, the screw can be rotated clockwise to release them. Once the cases are removed, the screw is returned to its original position by rotating it counterclockwise. This simple yet effective solution minimizes downtime and enhances operational efficiency.

Safety and maintenance are emphasized throughout the machine’s documentation. Users are cautioned to avoid operating the mold without a battery case, as this could cause damage. Regular checks of the upper die’s locking mechanism are recommended to ensure it remains secure during use. Post-operation cleaning of the mold is critical to prevent electrolyte-induced corrosion, which could compromise the machine’s performance.

In summary, the Lab Automatic Electric Coin Cell Crimping Machine is a versatile and reliable tool for laboratories engaged in battery research and development. Its combination of precision, durability, and user-friendly features makes it an invaluable asset for tasks ranging from coin cell assembly to pressed powder tablet fabrication and metal sheet pressing. The machine’s design and functionality reflect a deep understanding of laboratory needs, offering a solution that is both technologically advanced and practical for everyday use.