High pressure spray wash cabinet for auto parts

lt can be used for different metal, plastics, ceramics parts to remove oil, grease, chips, mud,production slag of the surface of parts in manufacturing, maintenance and repair processes.

KEER is an environmental engineering and automation firm providing industrial parts cleaning solutions for a wide range of industrial activities.
We offer our clients comprehensive industrial cleaning solutions, covering the following services: analysis, planning, design, construction, installation, maintenance and supply of related chemical agents for industrial cleaning.
Ever since the inception of our company we have promoted the implementation of the best available technologies, so as to ensure our clients are offered the best solutions for their specific needs.
We own a subsidiary export firm Keer International in providing our international clients with professional consulting and sales service.

Q1: What are the most common cleaning methods used by parts washer?
The most common cleaning methods used by parts washer are manual, automated, ultrasonic.
- Manual cleaning. Typically, a sink on a drum style or a vat style design. Manual parts washers are best suited for a low volume of cleaning - generally less than 45 minutes per day.
- Automated spraying cleaning. Automated parts washers are intended for operations where parts are cleaned more than 45 minutes per day. These are cabinet-style washers that operate like a dishwasher where the parts are cleaned by being hit with high pressure spray from various angles while the parts rotate on some type of turntable to ensure a complete cleaning. Our JET-T, JET-FE, JET-F and JET-A series spray parts washer belong to this type.
- Automated ultrasonic cleaning (Immersion Washing). With these vat-style units, parts are immersed into a cleaning bath and hit with ultrasonic energy to produce high energy bubbles that vibrate contaminants off surfaces for a high level of clean. This is the preferred method for cleaning blind holes and crevices, and smaller parts. Our KER, KR and KRXseries ultrasonic cleaner belong to this type.

Q2: What factors need to be considered when selecting the best cleaning method for an application?
Considerations include:
Material composition of the part to be cleaned.
Design of the part(s).
Size of the part(s).
Characteristics of soil that you want to remove.
Level of cleanliness required.

Q3: Spray vs. Immersion: Which Is Best for My Application?
Generally speaking, if you have a part that has most of its surface(s) exposed and clearly visible with simple shapes, spray washing is usually your best bet. If your part has a complex shape with non-visible surfaces that need to be cleaned, immersion is the better option.
Sometimes some or all of these techniques are combined and work together depending on the cleaning requirements of the customer and the shape and composition of the part.
That’s why it is very important to choose a professional provider, who can provide professional technical consult and customization service.

Q4: Should you get a top-loading parts washer or front-loading parts washer?

Top-loading spray parts washer is well adapted to wash and degrease small parts quickly by a certain washing pressure. Our JET-T Series is this type.
Front-loading spray parts washer is suitable for medium and big parts continuous and automatic washing, rinsing, drying. Our JET-F, JET-FE and JET-A Series belong to this type.