Industrial Ultrasonic Cleaning Machine Adjustable Ultrasonic Power For Metal Parts

Ultrasonic Cleaning Machine Ultrasonic Equipment

Brief Introduction

Greatwell industrial ultrasonic cleaning machine is designed for removing oil, dirt, particles and machining residues from metal and industrial components.

The system uses high-efficiency ultrasonic transducers and an adjustable ultrasonic power generator to produce controlled cavitation in the cleaning solution. This helps clean complex surfaces, recessed areas and difficult-to-reach sections of industrial parts.

The equipment can be customized according to the workpiece material, cleaning solution, tank size, ultrasonic power and production requirements. It can also be used as a cleaning or pretreatment step before electroplating, anodizing and other surface finishing processes.

1. High-Efficiency Ultrasonic System
   Equipped with high-efficiency ultrasonic transducers and an adjustable power generator to provide effective and uniform cleaning performance.

2. Corrosion-Resistant Materials
   The cleaning tank can be manufactured from SUS 304, SUS 316L stainless steel, or titanium (Ti) according to the chemical properties of the cleaning solution, providing suitable corrosion resistance for different applications.

Ultrasonic Cleaning Principle

The ultrasonic generator converts electrical energy into high-frequency electrical signals, which are converted into mechanical vibration by the ultrasonic transducer and transmitted into the cleaning solution.

The ultrasonic waves generate microscopic cavitation bubbles that rapidly form and collapse in the liquid. Their collapse produces localized micro-jets and pressure waves that loosen contaminants from the workpiece surface.

This cavitation effect helps remove oil, grease, dust, particles, and other residues, including contaminants in gaps and hard-to-reach areas, providing efficient and

Technical Specifications

Equipment Configuration

The cleaning system can be engineered around the customer's actual cleaning process. Configuration can be determined according to:

Workpiece → Contamination → Cleaning Medium → Ultrasonic Parameters → Tank Configuration → Production Requirement

Tank dimensions, material selection, ultrasonic output and other equipment parameters can be evaluated during the engineering stage to match the intended cleaning application.

Customer Case: Precision Metal Component Cleaning

A component manufacturer needed a more consistent method for removing machining residues from small metal parts with grooves and recessed areas.

Greatwell provided an ultrasonic cleaning machine configured for the customer's component dimensions and cleaning requirements. The ultrasonic process improved cleaning coverage on difficult-to-reach surfaces and provided a more consistent preparation condition for the customer's subsequent manufacturing process.

Frequently Asked Questions

What makes ultrasonic cleaning suitable for complex components?
Ultrasonic cavitation can reach narrow gaps, holes and recessed surfaces that are difficult to clean with conventional mechanical methods.

Can the cleaning intensity be adjusted?
Yes. Ultrasonic output can be configured or adjusted according to the workpiece and cleaning requirements.

Can different tank materials be selected?
Yes. Tank material can be selected according to the cleaning solution and chemical compatibility requirements.

Is the machine suitable for small metal parts?
Yes. It can be used for small and precision industrial components, subject to the specific workpiece and cleaning process.

Can Greatwell design the machine according to our parts?
Yes. Equipment dimensions and configuration can be developed according to workpiece size, contamination type and production requirements.