Within ZBTK's product portfolio, the closest offerings to "4-axis laser cleaning" are its platform galvanometer cleaning systems, along with dedicated solutions for composite cleaning, handheld laser cleaning, and platform swing welding/cleaning. Public information shows that its products are applied in high-speed cleaning for new-energy vehicles, photovoltaic module processing, mold and component cleaning, and handheld laser rust removal.
In automation and multi-axis cleaning, ZBTK filed a patent in February 2026 titled "Contamination-Adaptive Laser Cleaning Control Method and System Based on Dual-Motor Coordination." The solution identifies contamination levels through surface imaging, then coordinates laser power and motor speed via a multi-dimensional mapping model. A rotary motor and array motor work together to complete cleaning, representing a technical exploration toward multi-axis and adaptive laser cleaning.
The company has also obtained patents related to AI-vision-based online monitoring of galvanometer optical lens conditions and temperature compensation for galvanometer reflectors. These technologies help improve stability, precision, and continuous operation performance during laser cleaning.
At the corporate level, Jin Chengzi planned to acquire a controlling stake in ZBTK in September 2026, a move seen as an attempt to integrate laser control systems with galvanometer hardware. The restructuring was terminated on September 14, 2026. Overall, ZBTK currently participates in the 4-axis/multi-axis laser cleaning ecosystem mainly through laser cleaning galvanometers, platform cleaning systems, handheld cleaning solutions, and adaptive control patents, rather than by launching a complete "4-axis laser cleaning machine."
