Against the backdrop of high-tempo and green transformation in industrial manufacturing, laser cleaning is rapidly replacing traditional pickling, sandblasting, and manual grinding. However, efficiency bottlenecks remain a significant industry pain point when dealing with difficult contaminants like high-temperature oxide scale, deep rust, and heavy coatings.
Baochenxin's newly released high-speed solution deeply integrates and optimizes the core laser source, cleaning galvanometer, and control system. Based on its unique spot technology, the solution achieves a multiple-fold increase in cleaning efficiency without the need for external optical path shaping. It efficiently removes high-temperature oxide scale from steel plates in a single pass, resolving issues such as low efficiency, high thermal impact, and secondary oxidation associated with traditional sources. Process tests demonstrate that this solution achieves a 4x speed increase compared to traditional spot cleaning.
In terms of cleaning quality, the solution achieves a finer and more uniform finish by optimizing the spot scanning path and energy control, effectively preventing local over-cleaning or residue. The core source utilizes a customized air-cooled MOPA pulsed laser with power stability of ±2%, ensuring consistent quality during long-term, high-load continuous operations.
The solution offers strong flexibility. Parameters can be quickly switched via a visual interface, making it compatible with various cleaning needs such as pre-weld oxide removal, post-weld spot removal, rust removal, paint stripping, and carbon deposit removal. This reduces the equipment investment and switching costs for enterprises across multiple processes. It is suitable for industries including new energy lithium batteries, automotive manufacturing, rail transit, marine engineering, molds, and construction machinery, serving applications such as pre-weld preparation, workpiece refurbishment, heavy coating stripping, and tooling maintenance.
Currently, Baochenxin has built a diversified cleaning solution system covering miniaturized, high-energy-density, high-energy, composite high-efficiency, and robotic cleaning setups. It supports one-stop delivery ranging from laser source selection and automation integration to production line commissioning, tailored to customer production rhythms, workpiece materials, and contaminant types.
At the industry level, as a green and advanced surface treatment technology, laser cleaning is accelerating its evolution from "usable" to "highly effective." However, efficiency in heavy-layer cleaning, scenario-specific process libraries, equipment costs, and industry standards remain key areas for collaborative breakthroughs across the industrial chain.
