Industrial Single-Tank & Special Cleaners
Ultrasonic Cleaner with Lifting Platform & Agitator
Hydraulic lifting platform with vertical agitation for heavy baskets
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LENJEX Industrial Cleaning
Turbocharger & Turbine Parts Ultrasonic Cleaning
Removes carbon, oil, casting and machining residues from turbocharger and turbine components.
Why Ultrasonic
Ultrasonic cleaning for Turbocharger & Turbine
Turbocharger and turbine parts combine cast housings, precision machined components and internal features contaminated by oil, carbon, casting release and machining fluids. Ultrasonic cleaning reaches housings, impeller features and cavities to remove these residues consistently.
The process draws on carbon deposit removal and degreasing. A lifting-platform cleaner or multi-tank system handles heavy parts, with alloy-safe chemistry for aluminum components.
Material, carbon loading and any balancing or assembly requirements are reviewed before specifying equipment.
- Removes carbon and oil from housings
- Reaches impeller features and cavities
- Handles heavy cast and machined parts
- Alloy-safe chemistry for aluminum
- Prepares components for assembly or re-use
Typical Workpieces
Parts in this application
- Turbocharger housings
- Compressor and turbine parts
- Bearing housings
- Shaft and rotor components
- Precision machined parts
- Actuator and small components
Contamination
Soils to evaluate
- Carbon deposits
- Oil and grease
- Casting release agent
- Machining fluids and chips
- Oxidation and scale
- Particles
Cleanliness Target
Define clean before choosing equipment
Acceptance is based on visual inspection, carbon and residue checks and surface condition before assembly.
Aluminum components require validated temperature and chemistry.
Recommended Sequence
A process route for evaluation
The final sequence depends on soil loading, material, rinse quality and drying behavior.
- Step 1Pre-clean heavy carbon and casting residues
- Step 2Ultrasonic wash with alloy-safe chemistry
- Step 3Rinse cavities and features
- Step 4Dry and inspect
- VerifyCheck carbon removal and surface
Recommended Equipment
Systems to compare
The final specification follows process testing and production analysis.
Multi-Stage Systems
Multi-Tank Ultrasonic Cleaning Machine - Clean, Rinse and Dry in One Line
A configurable 2-8+ stage system combining rough wash, fine wash, rinsing, treatment and drying around the required cleanliness target.
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Automatic Cleaning Lines
Full-Automatic Gantry Ultrasonic Cleaning Line for High-Volume Production
A PLC-controlled gantry line that automatically lifts, transfers, oscillates and optionally rotates baskets through 3-12 process stations.
View configurationProcess Controls
Control the variables that change the cleaning result
Confirm the part, soil, loading and final handling before fixing equipment settings.
Control 01
Material and geometry
Record surfaces, cavities and features that can trap air or liquid.
Control 02
Soil condition
Test the heaviest representative contamination, not an ideal sample.
Control 03
Basket loading
Keep acoustic access and part spacing consistent with production.
Control 04
Rinse and drying
Match downstream handling to residue and corrosion risks.
System Selection
Match the cleaning route to production flow
Stage count and automation follow the validated process and required output.
Batch
Single-tank route
Compare for focused washing where rinsing and drying are managed separately.
Multi-stage
Wash, rinse and dry
Add controlled stages when carryover and final condition matter.
Automatic
Repeatable transfer
Evaluate automation when output, handling or recipe control requires it.
Acceptance
Define how the cleaned part will be checked
Use the same practical inspection method for trial samples and production parts.
- Agree the surface or residue limit
- Check hidden and difficult features
- Record rinse, drying and handling conditions
- Compare results before the next operation
Representative Trial
Confirm the process with real parts and loads
Trial evidence should cover normal production and the most difficult expected condition.
- DescribePart, material and contamination.
- LoadUse realistic spacing and orientation.
- TestRecord chemistry, time and temperature.
- VerifyInspect with the agreed method.
Application Questions
Planning the cleaning study
Include normal production parts and the most difficult expected geometry or contamination so the process is not based on an easy sample.
Provide part dimensions, material, soil, cleanliness target, parts per load, required output and available utilities.
Yes. Cavitation with appropriate chemistry lifts carbon and oil from housings and features; very heavy carbon may need a pre-treatment step.
Yes, with controlled chemistry and temperature validated for aluminum to avoid staining.
Heavy parts often use lifting-platform single tanks; higher volume moves to automatic lines.
Related Applications
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Aerospace & Defense Parts Ultrasonic Cleaning
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Automotive Parts Ultrasonic Cleaning
Automotive component cleaning must remove mixed contamination from passages, holes and complex surfaces without slowing production flow.
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Die-Casting & Casting Parts Ultrasonic Cleaning
Removes die-release agent, machining oil, casting residues and particles from aluminum, zinc and other castings.
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