Make it stand out.
The VCM30S series charging generator is a versatile and efficient tool used in various industrial applications and scientific research. Its key features include:
Stepless voltage adjustment from 16KV to 30KV, allowing precise control tailored to specific needs.
Rapid static charging, achieving static buildup in approximately 0.1 seconds after activation.
Strong static adsorption capabilities, suitable for various material handling processes.
Remote control operation for convenient and safe management during use.
This generator is ideal for processes like in-mold labeling (IML), wood pressing, cast film production, roll bag making, film onto roll cores, board laminating, flat bags with gussets, side-weld bag handles, and more.
CM20&CM30 Static charging generator
CM Serial Static Generator is designed to produce controllable static voltage, enabling insulating materials to temporarily adhere to other insulating materials or metals. This innovative static generator comprises a static launcher (bar) and a DC high-voltage power supply. The DC high-voltage power supply provides the ion launcher with either negative or positive high voltage, which in turn launches ions and electrically charges objects through artificial charging. The higher the voltage, the greater the effective range of the static charge.
Industry application
IML（In-Mold Labeling）、Automatic film change、Cast seam、Electrostatic pile paper、Electrostatic
recombination、Edge banding of heat shrinkable packaging machine、take-up and exhaust of bag-
making machine、static insert card、static cooling of Rotary press、static ink of gravure press、static
laid paper of overlaying production line、static film (paper) pasting for shearing machine、static
adsorption location of glass sheet
DCB02 Static charging bar
When a charged object approaches a neutral one, electrostatic induction triggers charge polarization. Opposite charges accumulate near the charged object, while like charges move to the opposite side. This creates an attraction between opposite charges, leading to electrostatic adhesion.