Industrial all-scenario precision cleaning solution built for small-batch, frequent cleaning demands across electronics, hardware, auto components, medical devices and precision manufacturing.
Perfect for circuit boards, bearings, throttle valves, surgical tools and tiny hardware fittings, this series centers on flexible capacity options, customizable functions and powerful deep cleaning. It replaces inefficient manual scrubbing and single-purpose machines, handling tasks from light surface dust removal to heavy cutting oil/engine sludge stripping. Ideal for component workshops, repair garages and labs to deliver efficient, precise and cost-effective cleaning.
Core Competitive Edges
1. Full-size Serial Models & Customizable Functions
Tank capacities span 10L–200L, matching micro fasteners, PCBs up to large bearings and auto housings, avoiding mismatched equipment waste.
Standard 28/40KHz dual-frequency ultrasonic cleaning; optional upgrades: 1–5kW adjustable heating for heavy grease, electric lifting for bulky workpieces, filtration recycling systems to cut costly cleaning fluid consumption for electronics & medical production lines.
2. Dead-Corner Deep Cleaning, Industry-Qualified Cleanliness
28KHz tackles heavy oil sludge on auto/hardware parts; 40KHz removes PCB solder residue and medical blood stains. Ultrasonic energy penetrates threads, gaps and blind holes unreachable by hand scrubbing for zero residual dirt.
Cleaning results fully comply with electronics PCB pretreatment, medical device surface sanitation and auto pre-assembly standards, eliminating assembly jams and failed quality inspections caused by incomplete cleaning.
3. Robust Industrial Build to Cut Long-Term Operating Costs
All tanks adopt 304 stainless steel, compatible with neutral/weak alkaline cleaners, electronic alcohol and medical disinfectants, with a 5+ year service life.
Industrial chip-driven ultrasonic generators offer 300W–3000W adjustable power, supporting 8-hour non-stop continuous operation. Low failure rate minimizes maintenance downtime for mass production rush orders.
Industrial all-scenario precision cleaning solution built for small-batch, frequent cleaning demands across electronics, hardware, auto components, medical devices and precision manufacturing.
Perfect for circuit boards, bearings, throttle valves, surgical tools and tiny hardware fittings, this series centers on flexible capacity options, customizable functions and powerful deep cleaning. It replaces inefficient manual scrubbing and single-purpose machines, handling tasks from light surface dust removal to heavy cutting oil/engine sludge stripping. Ideal for component workshops, repair garages and labs to deliver efficient, precise and cost-effective cleaning.
Core Competitive Edges
1. Full-size Serial Models & Customizable Functions
Tank capacities span 10L–200L, matching micro fasteners, PCBs up to large bearings and auto housings, avoiding mismatched equipment waste.
Standard 28/40KHz dual-frequency ultrasonic cleaning; optional upgrades: 1–5kW adjustable heating for heavy grease, electric lifting for bulky workpieces, filtration recycling systems to cut costly cleaning fluid consumption for electronics & medical production lines.
2. Dead-Corner Deep Cleaning, Industry-Qualified Cleanliness
28KHz tackles heavy oil sludge on auto/hardware parts; 40KHz removes PCB solder residue and medical blood stains. Ultrasonic energy penetrates threads, gaps and blind holes unreachable by hand scrubbing for zero residual dirt.
Cleaning results fully comply with electronics PCB pretreatment, medical device surface sanitation and auto pre-assembly standards, eliminating assembly jams and failed quality inspections caused by incomplete cleaning.
3. Robust Industrial Build to Cut Long-Term Operating Costs
All tanks adopt 304 stainless steel, compatible with neutral/weak alkaline cleaners, electronic alcohol and medical disinfectants, with a 5+ year service life.
Industrial chip-driven ultrasonic generators offer 300W–3000W adjustable power, supporting 8-hour non-stop continuous operation. Low failure rate minimizes maintenance downtime for mass production rush orders.