10L Digital Ultrasonic Cleaner for Carburetors | Heated Sonicator Bath for Machine Parts & Carbs

The K410HTD is a 10-liter digital ultrasonic cleaner with a heater, built for carburetor cleaning and general automotive parts degreasing. Its 240W ultrasonic output, combined with a 500W heater and precise digital controls, delivers the cavitation intensity and temperature stability that varnished fuel residues and baked-on carbon deposits demand. Unlike generic benchtop cleaners, this machine is configured with a 300x240x150mm sonicator bath—wide enough to accept a full-size multi-barrel carburetor without angling or partial submersion—and is built around a one-piece pressed 304 stainless steel ultrasonic bath that withstands repeated exposure to carburetor-specific cleaning solutions.

This heated ultrasonic parts cleaner accommodates larger carburetor assemblies—including multi-barrel automotive carbs—as well as a full set of wrenches, a collection of machined parts, or a small subassembly. The digital controls provide the precision and degas capability that serious parts cleaning demands.

• 240W Ultrasonic Power — Industrial-grade piezoelectric transducers (4 PCS) convert electrical energy into 40kHz cavitation that scrubs grime from blind fuel passages, idle circuits, and jet bores where brushes cannot reach.
• 500W Heater (0–80°C) — Temperature-controlled heating dramatically increases the effectiveness of water-based carb cleaning solutions. Warm solution reduces the surface tension of oils and accelerates chemical activity.
• Digital Timer (1–99 Minutes) — Set exact cycle durations with push-button precision. The LED display counts down in real time, and the cycle stops automatically—no monitoring required.
• One-Piece Pressed Stainless Steel Ultrasonic Bath — The 300x240x150mm cleaning tank is stamped from a single sheet of 304 stainless steel, eliminating welded seams that could trap contaminants or corrode over time.
• Degas Function — A dedicated mode that pulses ultrasonics on and off to drive trapped air out of freshly poured solution, restoring full cavitation strength before the cleaning cycle begins.

The 10-liter tank and heated ultrasonic capability make this ultrasonic parts cleaner versatile across a range of workshop tasks:

• Fuel Injectors — Remove varnish and carbon deposits from injector nozzles and internal passages.
• Small Engine Parts — Pistons, valves, rocker arms, and intake manifolds from motorcycles, ATVs, and garden equipment.
• Diesel Particulate Filter (DPF) Components — Pre-soak and ultrasonic cleaning of filter elements.
• General Metal Parts — Machined components, fasteners, brackets, and tooling that require degreasing before assembly or inspection.
• Gun Parts — Carbon fouling removal from barrels, bolts, and trigger assemblies.
• Bicycle Components — Chains, cassettes, and derailleurs cleaned without abrasive brushing.
• Motorcycle Carb Racks – Multi-cylinder carb assemblies from Japanese and European bikes.
• Workshop Tools – Spanners, sockets, screwdrivers, and pliers in batch loads.

What’s Included

• K410HTD 10L digital ultrasonic cleaner
• Stainless steel cleaning basket
• Stainless steel lid
• Power cable

Parameter	Specification
Model	K410HTD
Volume	10 Litres
Ultrasonic Power	240W
Frequency	40kHz
Heating Power	500W
Temperature Range	0–80°C
Timer	1–99 min digital
Features	Degas function, LED display, drain tap
Internal Tank Size	300 x 240 x 150 mm
Overall Size	330 x 270 x 320 mm
Carton Box Size	430 x 350 x 410 mm
Gross Weight	9.0 kg

Try more 10-Liter ultrasonic cleaners with various functions such as adjustable power, sweep frequency, dual frequency, and multiple cleaning modes.

More Volumes for choice

There are various volumes and sizes of the digital ultrasonic cleaners for choice. If the sizes are too big or too small for the carb parts, you may choose the right size. Check more ultrasonic bath specifications.

More Digital Control Series

Why Carburetor Cleaning Demands an Ultrasonic Cleaner

A carburetor’s internal architecture—emulsion tubes, air bleeds, idle passages, and transition ports—is deliberately intricate. After hundreds of operating hours, these passages accumulate varnished fuel residues, carbon deposits, and micro-particulate that mechanical cleaning methods simply cannot access. Hand scrubbing with solvent and a brush reaches perhaps 60% of the internal surfaces. Spray washing reaches more but often misses dead-end drillings where deposits accumulate most heavily.

An ultrasonic carburetor cleaner solves this by generating microscopic cavitation bubbles that form and implode directly on all submerged surfaces, including deep inside the smallest fuel metering orifices. When each bubble collapses, it releases a micro-jet of energy that dislodges contaminants without eroding the base metal. The result of thorough ultrasonic carb cleaning is a carburetor whose internal fuel flow characteristics return to factory specifications—passages that were progressively choked by deposits now flow at their designed rates, restoring the predictable throttle response and fuel efficiency that hand cleaning alone cannot deliver.

How to Clean a Carburetor with This Ultrasonic Cleaner

Cleaning a carburetor ultrasonically is straightforward, but a methodical approach yields the best results:

1. Disassemble the Carburetor — Separate all removable components: float bowls, floats, jets, emulsion tubes, mixture screws, and gaskets. Remove all non-metallic parts (rubber O-rings, plastic floats, gaskets) unless they are specifically rated for ultrasonic exposure.
2. Fill the Tank — Add tap water to the fill line, then mix in a carburetor-specific ultrasonic cleaning solution at the manufacturer’s recommended dilution ratio (typically 1:5 to 1:10).
3. Set Temperature and Timer — Heat the solution to 50–65°C. Higher temperatures within this range accelerate cleaning but avoid boiling. Set the timer for 15–30 minutes, depending on the condition of the carburetor.
4. Submerge and Clean — Place disassembled metal components in the stainless steel basket, ensuring they do not touch or overlap. Lower the basket into the degassed, heated solution and start the cycle.
5. Rinse and Dry — After the cycle, remove the parts and rinse thoroughly with clean water to remove any residual cleaning solution. Blow out all passages with compressed air and allow components to dry completely before reassembly.

Important: Always use a water-based carburetor cleaning solution formulated for ultrasonic cleaning use. Do not pour flammable solvents directly into the ultrasonic bath, as cavitation can aerosolize volatile liquids and create a safety hazard.

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