Why Ultrasonic Cleaning?

Deeper. Safer. More Effective.

Traditional bake-and-blow methods rely on extreme heat and air pressure, which can weaken substrates and leave behind embedded ash. Ultrasonic cleaning uses high-frequency sound waves in a controlled liquid bath to penetrate deep into microscopic channels—removing contaminants evenly and non-destructively.

DPF Cleaning

Benefits include:

  • Removes ash, soot, oil residue & DEF crystallization

  • Cleans deep within honeycomb cells

  • No thermal stress or cracking

  • Restores airflow and reduces backpressure

  • Extends DPF service life

Comparison of a diesel particulate filter (DPF) before and after cleaning, showing removal of particulate accumulation after cleaning.

Results you’ll see:

  • Fewer regens

  • Improved fuel efficiency

  • Lower exhaust temperatures

  • Reduced risk of forced derates

Other emission parts we clean:

  • DOCs - Diesel Oxidation Catalyst

  • EGRs - Exhaust Gas Recirc Valves

  • SRCs - Selective Catalytic Reduction

Large-Part Ultrasonic Cleaning

Our industrial-scale ultrasonic system allows us to clean large and complex components that conventional methods can’t handle.

Disassembled engine cylinder heads and engine block parts on a workbench in an automotive repair shop.

  • Fuel injectors

  • Fuel lines

  • Gearboxes

  • Metering valves

  • Oil hoses

  • Coolant hoses

  • Piston seals

  • Radiator parts

  • Spark plugs

  • Throttle bodies

  • Transmissions

  • Valve parts

  • Alternators

  • Starters

  • Bearings

  • Gear sets

  • Brake parts

  • Carburetors

  • Clutches

  • Pressure plates

  • Cylinder heads

  • Differentials

  • Drivetrains

  • Filters

Collection of used engine pistons and connecting rods, some with carbon deposits, placed on a metal surface.

If it fits in the tank, we can clean it.

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