Manual button battery blanking machine is the basic equipment in the production of button battery, mainly used for button battery shell blanking operation, to achieve battery packaging, to ensure the stable performance of the battery.
The working principle of the manual button battery blanking machine is more intuitive, and it mainly relies on the human-driven mechanical structure to complete the blanking action. By operating the handle, the operator uses the lever principle or the spiral transmission principle to convert manpower into pressure applied to the battery housing. For example, when the operator presses down on the handle, the lever arm at one end is amplified, and the edge of the button battery shell placed in the mold is squeezed, so that it is curled inward, so as to tightly wrap the battery and complete the sealing package of the battery.
In terms of structure, the manual button battery pressing machine is mainly composed of an operating handle, a transmission mechanism, a mold and a fuselage. The operation handle is ergonomic design, convenient for the operator to apply force; The transmission mechanism converts the movement of the handle into precise pressure transfer, ensuring stable blanking effect; The mold is designed according to different types of button batteries, which can accurately position the battery to ensure the accurate position of the holder; The body is made of strong metal to provide stable support for the entire device and ensure that the device does not shake during the blanking process.
When operating this device, you must first select and install the corresponding mold according to the model of the button battery. Then the battery cell and the shell assembly are accurately placed in the specified position of the mold. Then, the operator holds the operating handle and presses down with even force, so that the holder mechanism squeezes and curls the edge of the battery housing. After finishing the crimping, carefully remove the battery, check the quality of the crimping, and see if there are problems such as lax sealing and uneven edges.
There are many advantages to manual button battery edging machines. Its low cost is an affordable option for small battery production companies with limited capital or teams at the start-up stage. At the same time, the operation is simple, without complex training, ordinary workers can quickly get started. Moreover, the equipment is small in size and occupies small space, which is easy to use in the production site with limited space.
It is mainly used in small battery production workshops, experimental production of scientific research institutions and special button battery production scenarios with little demand for output to meet the small-batch production needs of button batteries in these scenarios.
