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The heavy-duty steel cabinet construction supports the full 220 lb load rating across the tank base without deflection or distortion under sustained static loading from heavy components soaking in the 65-liter working solvent capacity. At 44.5×21.7×35 in (1130×550×890 mm) overall and weighing 92.6 lbs (42 kg), the unit is sized for a permanent workshop floor position where it can serve as a dedicated cleaning station across daily automotive service operations without requiring repositioning between jobs.
The 26W electric pump at the heart of this parts washer creates a closed-loop cleaning circuit. Solvent is drawn from the tank and passes through a mesh filter that collects dirt and other particles. The filtered solvent then returns to the pump and is sent back to the part surface through the gooseneck outlet tube. This continuous filtration removes loosened grease, metal particles, and dirt from the solvent throughout the cleaning process. This keeps the solvent cleaner and more effective on the part surface throughout the wash cycle.
Continuous filtration helps extend solvent life, reducing replacement frequency and lowering operating costs. This is because it continuously removes contamination rather than letting it build up in suspension. This process directly reduces the amount of solvent used and the number of times it needs to be discarded in a busy workshop.
The bendable, adjustable gooseneck outlet tube lets the operator direct solvent flow from the pump outlet to any part of the part being cleaned. This includes cleaning channels, recesses, blind bores, gear tooth profiles, and bearing races that collect grease and debris and can not be fully cleaned with submersion alone. By directing the solvent stream at problem areas, the operator can focus cleaning efforts on the most contaminated areas without having to scrub each surface of a complicated part by hand.
The flexible gooseneck makes it easier to reach recessed areas and clean large components from multiple angles. This means the solvent can be directed into lower-facing surfaces and recesses that would otherwise receive only light cleaning from the general solvent level in the tank. With its 151-liter tank and flexible tube, this washer can clean a wide range of part shapes and sizes.
This automotive parts washer features a powder-coated steel cabinet that protects it from rust and corrosion caused by solvent splashes, cleaning solution contact, and workshop humidity, which is what the outside of a parts washer cabinet is usually exposed to while it is in use. The powder coat keeps the cabinet's surface in excellent shape and gives it a professional look even after years of daily use in the workshop.
A storage shelf is built into the bottom of the cabinet, right below the cleaning tank. This gives you a neat place to put fluid containers, brushes, drain pans, and other auto parts washer accessories you use during service work. The lower shelf keeps brushes and accessories organized and within easy reach.
The pump can deliver up to 3 liters of solvent per minute, equivalent to 0.8 GPM. This creates a steady, pressurized stream of solvent through the gooseneck, keeping the part surface in contact with fresh, filtered solvent throughout the cleaning cycle. The continuous solvent flow helps wash away loosened contaminants while delivering fresh cleaning solution to the work surface.
The 3 L/min flow rate provides a steady supply of solvent for cleaning heavily contaminated automotive components. The solvent needs to stay on the entire surface for a long time to clean it well. The pump runs on a 230V AC, 50Hz supply and draws 26W of power. This value is very low compared to the cleaning power the cyclic pump and filtration system provide over a full shift of nonstop workshop cleaning.
This automotive parts washer can clean a wide range of parts used in automotive, agricultural, and industrial maintenance. Its 151-liter tank, 220 lb load rating, cyclic filtration pump, and adjustable gooseneck all work together to make it effective. Thoroughly clean wheel hub bearings to check for wear before repacking. The cyclic solvent flow enters the bearing raceways and ball surfaces to completely remove old grease and contamination before inspection and regreasing.
Directing the gooseneck flow into jets, galleries, and port openings helps remove varnish, fuel residue, and deposits that restrict movement and affect engine performance. This works best on carburetors and valve assemblies with complicated internal channels. It is possible to clean transmission cases, differential housings, and gearboxes with large internal volumes and complex internal geometry by using immersion and directed flow simultaneously.