INDUSTRIAL PARTS WASHING TECHNOLOGIES
Ultrasonic • Tunnel • High-Pressure – Repeatable cleaning, low operating costs, and high process safety.
In railway, automotive, and heavy industry applications, parts cleaning is a critical step for quality, safety, and efficiency.
INOTIM integrates Ultrasonic, Tunnel-Type, and High-Pressure Washing technologies into industrial facilities with an engineering-focused approach.
Why INOTIM?
Engineering Design: Cleaning recipes based on part geometry and contamination profile (temperature–time–power)
Low TCO: Filtration/recycling, ECO mode, and heat recovery
ECM & CE Compliant: Traceability, safety functions, and audit-ready records
Modular Structure: Rapid capacity expansion, line integration, and customizable modules
Technology Options
🔊 Ultrasonic Cleaning
Micron-level cleaning through cavitation. Ideal for bearings, valves, brake components, and precision parts.
25–40 kHz ultrasonic modules
PLC-controlled temperature/time/power
Multi-stage rinsing + vacuum/thermal drying
🚏 Tunnel-Type Washing
Designed for continuous flow and high-volume production on conveyor lines.
Pre-wash → Wash → Rinse → Drying stages
Heat recovery, VFD-controlled motors, and automatic standby mode
Energy and water monitoring compatible with ISO 14001 & 50001
💦 High-Pressure Washing
Fast mechanical cleaning using high flow rates and optimized nozzle architecture. An effective solution for heavy dirt and oil contamination.
High-pressure pump system
Multi-angle nozzle arrangement
Filtration + oil separation
Which Technology Is Right for You? (Quick Guide)
| Requirement / Criterion | Ultrasonic | Tunnel-Type | High-Pressure |
|---|---|---|---|
| Precision parts / micron-level cleaning | ✓✓✓ | ✓ | ✓ |
| High volume / in-line integration | ✓ | ✓✓✓ | ✓ |
| Heavy dirt/oil / short cycle time | ✓ | ✓ | ✓✓✓ |
| Low chemical consumption | ✓✓✓ | ✓✓ | ✓ |
| Total Cost of Ownership (TCO) | Low | Low/Medium | Medium |
Process Engineering Approach
Sample Analysis & Contamination Profile – Laboratory testing and cleaning targets
Recipe Definition – Temperature, time, frequency/pressure, chemical parameters
System Design – Tank, pump, filtration, and drying
Energy & Water Optimization – Heat recovery, ECO mode, and recycling
Commissioning & Validation – Cavitation/cleaning tests and reporting
Preventive Maintenance Plan – CMMS-compatible records and traceability
Main Applications
Railway: Wheel hubs, bearing housings, brake & bogie components
Automotive: Injection components, gears, transmission components
General Industry: Molds, valves, pump housings, and fasteners
Energy and Environmental Performance
Up to 30% energy savings with ECO mode + heat recovery
50–70% water recycling through multi-stage filtration
Chemical optimization with automatic dosing/pH control
Reporting dashboards compatible with ISO 14001 & 50001
FAQ
Ultrasonic or High-Pressure?
Ultrasonic cleaning is recommended for precision parts and complex geometries, high-pressure washing for heavy contamination, and tunnel-type systems for mass production.
How is capacity determined?
Equipment sizing and process recipes are defined according to parts per hour, cycle time, and contamination profile.
Are we audit-ready?
Yes. CE documentation, traceability records, and validation reports are provided as standard.
