3 Phase Industrial Ultrasonic Cleaner With Drainage 28KHz 40KHz 360L 3.6KW

Why You Should Choose Industrial Ultrasonic Cleaner For Plastic Mold?

A thorough plastic injection mold maintenance program is critical to the success of any injection molding operation. A plastic injection mold must be on a consistent schedule of planned downtime for maintenance, including inspection and repair to prevent problems with equipment and product quality. Plastic injection mold cleaning is an important part of that maintenance process.
When it comes to cleaning plastic injection molds, the ultrasonic cleaning method offers significant advantages over hand cleaning. The manual cleaning of injection molds can require scrubbing and other abrasive actions, which can be damaging to the mold surfaces. Ultrasonic cleaning offers a superior alternative by cleaning through cavitation. Cavitation refers to the rapid formation and collapse of millions of extremely small bubbles, which are produced in a water bath using ultrasonic waves and a biodegradable cleaner. The bubbles effectively “scrub” all of the surfaces of the mold including any grooves, channels and crevices. The ultrasonic process has a demonstrated record of effectiveness in removing contaminants and residues, releasing burnt resins, and venting outgas without compromising the surface of the mold.

Advantage Of Industrial Ultrasonic Cleaner

• Reduces consumption of de-molding agents.

• Increases commercial attractiveness of the product, since increasingly more final customers demand this cleaning standards.

• Avoids rejection of first injections due to presence of remaining substances.

• Eliminates all remaining, burnt substances.

• Saves high labor costs.

• Homogeneous cleaning, hardly achievable through manual cleaning or any aspersion equipment.

• Increases productivity of your workshop and speeds up mold exchange

Specification:

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FAQ:

1. What is an Ultrasonic Generator?

The ultrasonic generator takes AC electrical energy from the power line and converts it to electrical energy alternating at the desired ultrasonic frequency. In addition, the ultrasonic generator may have complex circuitry which automatically tunes its output to the optimum operating frequency for the ultrasonic transducer.

2. Can ultrasonic cleaning damage parts?

Ultrasonic cleaning is considered safe for most parts; although in some cases it is necessary to observe caution. Although the effect of thousands of implosions per second is very powerful, the cleaning process is safe.