MICE MS40 Industrial Vacuum and Wet-Dry Cleaner Empowers Intelligent Manufacturing | Deeply Cultivating Cleaning Applications in the New Energy Vehicle Sector

As the new‑energy vehicle industry expands rapidly, workshop conditions in areas such as complete‑vehicle assembly, battery processing, stamping and sheet‑metal fabrication, and component manufacturing are highly complex. Metal chips, grinding dust, cutting waste fluids, and oil‑water mixtures are generated simultaneously, and traditional methods like manual sweeping or compressed‑air blowing often lead to secondary dust generation. This not only reduces the yield of precision‑machined parts but also poses significant safety risks in the production environment. Consequently, specialized dry‑and‑wet industrial cleaning equipment has become an essential requirement for automakers seeking to upgrade their factories. Recently, MICE MS40 Industrial vacuum and water extractor Leveraging its robust wet-and-dry integrated performance, it has been deployed in numerous new‑energy vehicle manufacturing plants, delivering an efficient, simultaneous solid‑liquid cleaning solution for production environments.

MICE MS40 This is a heavy-duty, dry‑and‑wet industrial vacuum and water‑extraction unit, capable of simultaneously collecting dry dust and suctioning wastewater and waste liquids. The entire machine is designed to handle long‑hour, continuous operation in factory environments. With stable, powerful suction, it can efficiently manage metal chips, welding slag, grinding dust, cutting fluids, and oil‑water mixtures spilled on floors. Its modular design ensures easy disassembly and assembly, while the dust bin emptying and filter maintenance are quick and convenient. Highly mobile, it supports both station‑specific cleaning and large‑area,巡回 (patrol‑style) cleaning throughout the workshop, addressing the challenges of handling mixed contaminants across diverse scenarios in new‑energy manufacturing.

In Stamping Workshop Stamping operations generate substantial amounts of metal powder, iron filings, and coolant‑lubricant waste fluids. Iron filings scattered on the floor can create slip hazards, leading to worker falls, while residual debris may scratch the surfaces of workpieces. MICE MS40 Metal dust can be collected on-site together with cutting waste fluid, preventing spillage and the accumulation of metal chips, thereby improving the workstation’s working environment and reducing the defect rate of workpieces.

In Vehicle Final Assembly Workshop Welding on the vehicle body generates spatter, while grinding of chassis and motor components produces substantial fine metal dust. During assembly, oil and coolant may occasionally be spilled. This equipment can swiftly remove weld slag and component‑grinding debris from around weld seams, simultaneously extracting oil and water from the floor, preventing dust from adhering to precision electronic control components, reducing the risk of assembly defects, and ensuring a clean, orderly final‑assembly workstation.

In Automotive Parts Machining Workshop During the machining of motor housings and electrical control components, iron filings and saponified coolant are generated, and conventional cleaning methods struggle to effectively separate solids from liquids. MICE MS40 With its integrated dry‑and‑wet functionality, there’s no need to differentiate between dry and liquid contaminants; a single system handles both debris collection and waste‑liquid suction, reducing equipment procurement costs and enhancing the efficiency of line‑side cleaning.

In Pre-coating treatment section The workpiece surface may retain dust and small amounts of rinse wastewater. The equipment can quickly remove loose dust and standing water from the area surrounding the workpiece, minimizing the interference of particulate matter on the quality of subsequent paint coatings and reducing the likelihood of rework due to coating defects.

Note: The MICE MS40 is a universal dry-and-wet vacuum cleaner. Not applicable to operating conditions involving highly flammable and explosive dust in lithium‑battery systems. , Explosion-proof dust extraction equipment must be used at workstations with a high risk of battery dust.

According to a relevant official from Guangzhou Qingqinyu Environmental Protection Technology: “ In the new‑energy manufacturing workshop, cleanliness prioritizes practicality; many workstations are plagued by a mix of dust, wastewater, and oil contamination, and procuring separate dry‑type and water‑absorption equipment would be costly. MICE MS40 Addressing this pressing real-world challenge, this single machine seamlessly handles both dry and wet vacuuming, offers exceptional portability, and features low maintenance requirements—making it ideally suited for common applications such as stamping, final assembly, and automotive parts manufacturing. It helps new‑energy vehicle plants improve workshop conditions while reducing costs. ”

Currently, the new‑energy manufacturing sector is steadily advancing toward green, intelligent production. As a result, workshop environmental management, workplace safety, and product yield control are receiving increasing attention. Industrial vacuum and water‑extraction machines are no longer mere cleaning tools; they have become an essential component of the manufacturing process. Looking ahead, MICE The series of cleaning equipment will continue to refine its products to meet the operating conditions of the new‑energy and equipment‑manufacturing industries, delivering more industrial cleaning solutions tailored to domestic factories.

Source: Guangzhou Qingqinyu Environmental Protection Technology Co., Ltd. http://www. meitengqi .com/