Automotive
Engine components, fuel injectors, gears, bearings
Add ultrasonic cleaning to your continuous production line.
How it works
- 01
Components are automatically placed onto a conveyor or material handling system.
- 02
As they pass through each stage, they undergo:
- 03
Ultrasonic Cleaning
Cavitation removes oil, grease, and fine contaminants.
- 04
Rinsing
Removes detergent and residues using DI/DM water.
- 05
Drying
Hot air, IR, or vacuum drying ensures moisture-free components.
- 06
The inline process eliminates manual transfer, ensuring seamless integration with upstream and downstream operations.
Industry applications
By combining advanced ultrasonic cavitation technology with automated material handling, these systems deliver precise and repeatable cleaning performance while reducing labor costs and improving production efficiency.
Aerospace
Hydraulic parts, turbine blades, precision components
Electronics
Printed circuit boards (PCBs), connectors, semiconductor parts
Medical Devices
Surgical instruments, implants, endoscopic parts
Metal Finishing
Pre-cleaning before plating, coating, or painting
General Engineering
Dies, molds, precision-machined parts
Also built for
- Pharmaceuticals
- Chemicals
- Food & Beverage
- Heavy Machinery
- Jewellery
- Biotechnology
- Nanotechnology
- Oil & Gas
- Power Generation
- Laboratories
- Textiles
- Environmental
- Cosmetics
Key features
Enables precise control of time, temperature, and ultrasonic power with programmable cleaning cycles.
Inline Automated System
Designed for continuous operation and high throughput.
Advanced Ultrasonic Technology
Frequencies from 20–80 kHz for different cleaning requirements.
Customizable Configurations
Multiple tanks for ultrasonic wash, rinsing, drying, and optional passivation.
Conveyorized Material Handling
Belt, chain, roller, or mesh conveyors available.
Stainless Steel Construction
SS 304/316L tanks for durability and corrosion resistance.
Efficient Filtration & Recycling
Oil skimmers, cartridge filters, and water recirculation reduce consumption.
PLC-Based Controls
Easy-to-use HMI for monitoring and adjusting parameters.
Safety Features
Emergency stops, overload protection, and enclosed design.
Advantages
High Productivity
Continuous cleaning increases output and reduces downtime.
Consistent Quality
Automated handling ensures uniform cleaning across all parts.
Reduced Labor Costs
Minimal manual intervention required.
Scalable & Customizable
Designed to match production line requirements.
Eco-Friendly
Advanced filtration and recycling reduce water and chemical use.
Compatible with Precision Parts
Gentle yet effective cleaning for complex geometries.
Reliable Industrial Performance
Built for demanding 24/7 operations.
Common questions
- What is an inline ultrasonic cleaning system?
- It is a continuous cleaning system where parts move automatically through ultrasonic cleaning, rinsing, and drying stages, eliminating manual transfers.
- How is it different from a multistage manual system?
- Unlike manual systems, inline systems are fully automated, ensuring higher throughput, consistency, and reduced labor costs.
- Can inline ultrasonic cleaning handle delicate components?
- Yes. With higher frequencies (40–80 kHz), it safely cleans delicate items such as PCBs, optical lenses, and medical instruments.
- How energy-efficient is the system?
- Inline ultrasonic cleaners use water recycling, efficient heating, and controlled ultrasonic power, reducing overall energy and chemical consumption.
Before you choose, we'll review the configuration, specifications and material compatibility with you.
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