Benchtop & Laboratory Ultrasonic Cleaners
Laboratory Ultrasonic Cleaner with Degas & Sweep
Scientific lab ultrasonic bath with degas, sweep and precise control
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LENJEX Industrial Cleaning
Semiconductor Parts & Fixtures Ultrasonic Cleaning
Gentle, controlled cleaning of semiconductor parts, carriers and tooling, where fine particles and surface integrity are critical.
Why Ultrasonic
Ultrasonic cleaning for Semiconductor Components
Semiconductor manufacturing and its tooling require very fine particle control and gentle energy to protect surfaces. Higher-frequency, controlled ultrasonic cleaning removes fine particles and residues from carriers, fixtures and compatible parts without the strong implosion of a low-frequency bath.
The laboratory ultrasonic cleaner, with degas and sweep, and the multi-frequency cleaner are used for these tasks; frequency and chemistry are reviewed carefully. The work relates to cleanroom precision cleaning and precision cleanliness control.
Compatibility, particle limits and handling in a controlled environment are confirmed before equipment is specified.
- Fine particle removal with controlled energy
- Gentle frequencies that protect surfaces
- Sweep and degas for even, consistent cavitation
- Suitable for carriers, fixtures and compatible parts
- Repeatable cycles for controlled production
Typical Workpieces
Parts in this application
- Wafer carriers and cassettes
- Process fixtures and tooling
- Precision machined parts
- Ceramic and quartz components
- Metal shields and trays
- Compatible small assemblies
Contamination
Soils to evaluate
- Fine particles and dust
- Process residues
- Fingerprints and handling contamination
- Polishing and lapping residues
- Oils and organic films
Cleanliness Target
Define clean before choosing equipment
Acceptance is based on particle counts and surface inspection appropriate to the controlled environment.
Handling, rinsing and drying are managed to avoid recontamination after cleaning.
Recommended Sequence
A process route for evaluation
The final sequence depends on soil loading, material, rinse quality and drying behavior.
- Step 1Degas fresh liquid and select a high frequency
- Step 2Gentle ultrasonic wash to lift fine particles
- Step 3Controlled rinse stages
- Step 4Dry and handle in a controlled environment
- VerifyCheck particle counts and surface condition
Recommended Equipment
Systems to compare
The final specification follows process testing and production analysis.
Benchtop Cleaners
Dual-Frequency / Multi-Frequency Benchtop Ultrasonic Cleaner
A 6.5-45 L benchtop range with two selectable, full-power ultrasonic frequency modes for coarse and fine cleaning in one bath.
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Multi-Tank & Automatic Cleaning Systems
Clean-Rinse-Dry Multi-Stage Ultrasonic System
Compact multi-stage ultrasonic wash, rinse and drying system
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.
Higher, gentler frequencies are preferred for fine particles and sensitive surfaces, while sweep and degas support even cavitation; the exact setting is matched to the part.
This equipment is directed at carriers, fixtures, tooling and compatible parts; direct wafer cleaning requires purpose-specific semiconductor processes that are outside this general equipment.
Through controlled rinsing, complete drying and handling in a controlled environment, with agreed inspection and sample handling.
Related Applications
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Industrial Application
Electronics & PCB Ultrasonic Cleaning
Ultrasonic cleaning removes flux, rosin and ionic residues from printed circuit boards and electronic assemblies, with controlled frequency and compatible chemistry.
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Industrial Application
Optics & Lenses Ultrasonic Cleaning
Gentle ultrasonic cleaning removes polishing compound, particles and fingerprints from optical components without scratching coated surfaces.
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Industrial Application
Precision Components Cleaning
Precision cleaning is controlled by particle size, surface sensitivity, rinse quality, bath condition and handling after the wash.
View cleaning approach