1528112-1

1528112-1 Application Field and Working Principle

1528112-1 is an integrated benchtop equipment designed for crimping, sintering and pressing applications. It is versatile, highly efficient and cost effective compared to manual crimping methods. This device features an easy-to-use 2-axis controller, 12-point reference pressure and precise temperature control. This device is ideal for crimping, sintering and pressing applications requiring precise tolerances and repeatable results.

Application Field

The 1528112-1 is suitable for crimping, sintering and pressing applications. It is used by electronics industry professionals to provide high-precision and reliable crimp connections between wires, contacts, and other components in electronic devices. It is compatible with the most popular materials used in the electronics industrysuch as aluminum, copper, brass, and stainless steel. The device can also be used to press small parts, micro-components and even nano-components in small electronic devices.

Working Principle

The 1528112-1 uses three working techniques: crimping, sintering and pressing. In the crimping process, two components are joined using a plug-in connector that allows for a precise fit. In the sintering process, the materials being joined are melted together using a high temperature heating element. And finally, in the pressing process, the two components are joined together using a mechanical force such as a hammer or a press. The 1528112-1 integrates these three techniques into one device allowing users to easily control the force, temperature and time needed for the desired results.

Conclusion

The 1528112-1 is an integrated benchtop equipment designed for crimping, sintering and pressing applications. It is an efficient and cost effective device that allows users to easily control the working parameters resulting in precise and repeatable crimp connections. The device is suitable for a wide range of applications such as crimping, sintering and pressing, and suitable for most electronic materials. This device is ideal for professional electronic industry applications.