Catalogue
Ultrasonic cleaning service in Valencia (Spain)
At DCM Ultrasonic we provide a specialised ultrasonic cleaning service for high-precision industrial parts, components and systems. We work with companies across multiple industrial sectors, supporting both local projects in Valencia (Spain) and international clients who ship their parts for specialised treatment. We guarantee fast, precise and controlled results, without the need to invest in in-house equipment.
What our industrial cleaning service includes
Our ultrasonic cleaning process removes contaminants from hard-to-reach areas without damaging the base material.
- Immediate technical support and response
- Selection of specific detergents depending on part type and contamination level
- Operator supervision throughout the entire cleaning process
- Tailored cleaning based on customer requirements and industrial application
- Treatment and refurbishment of industrial components
- Express cleaning service in 24/48 hours: parts ready for collection or shipping
It is important to note that ultrasonic cleaning requires specialised equipment and trained personnel to ensure safe and effective operation. At DCM Ultrasonic we also offer a third-party cleaning service. Bring or send us your parts and we will return them fully cleaned and ready for use.
Ultrasonic cleaning process of a robotic solenoid valve:
Industries where ultrasonic cleaning delivers the best results
Ultrasonic cleaning is highly effective across multiple industries where precision is critical:
- Automotive and mechanical components
- Aerospace and precision engineering
- Pharmaceutical and laboratory sector
- Food processing industry
- Moulds, dies and technical manufacturing
With DCM Ultrasonic’s cleaning service, we apply advanced technology for cleaning delicate parts and complex geometries using high-frequency sound waves across different operating ranges.
The process consists of immersing the part in a liquid bath, typically water with specific detergent solutions, where controlled ultrasonic waves are generated. These waves create millions of microbubbles through the cavitation effect, which collapse on the surface of the component. This effect effectively removes dirt, oils, grease, particles and industrial residues, even in hard-to-reach areas, without damaging the material or altering its properties.
The process consists of immersing the part in a liquid bath, typically water with specific detergent solutions, where controlled ultrasonic waves are generated. These waves create millions of microbubbles through the cavitation effect, which collapse on the surface of the component. This effect effectively removes dirt, oils, grease, particles and industrial residues, even in hard-to-reach areas, without damaging the material or altering its properties.
Advantages of working with DCM Ultrasonic
- Removal of grease, oils and contaminants even at microscopic level
- Deep cleaning even in internal cavities and complex geometrie
- Removal of machining residues, carbon deposits and adhered particle
- Non-abrasive process: does not wear or alter component
- Improved service life of mechanical components
- Optimal preparation of parts for assembly or manufacturing processes
- Reduced processing times compared to traditional mechanical methods
- Homogeneous and repeatable results in industrial production
Ultrasonic cleaning solution for the automotive sector
Radiator cleaning
Why is it important to clean radiators?
Radiators can accumulate sediment, oxides and internal contaminants that reduce cooling system efficiency and affect fluid circulation. Ultrasonic cleaning removes these deposits without complex disassembly or risk of material damage, restoring thermal performance and preventing cooling system failures.
Radiators can accumulate sediment, oxides and internal contaminants that reduce cooling system efficiency and affect fluid circulation. Ultrasonic cleaning removes these deposits without complex disassembly or risk of material damage, restoring thermal performance and preventing cooling system failures.
Turbo cleaning
Why is it important to clean turbos?
Turbochargers operate under extreme conditions and tend to accumulate burnt oil, carbon deposits and combustion residues that reduce performance. Ultrasonic cleaning precisely removes these internal contaminants, restoring turbo efficiency, improving engine response and reducing fuel consumption.
Turbochargers operate under extreme conditions and tend to accumulate burnt oil, carbon deposits and combustion residues that reduce performance. Ultrasonic cleaning precisely removes these internal contaminants, restoring turbo efficiency, improving engine response and reducing fuel consumption.
Cylinder head cleaning
Why is it important to clean cylinder heads?
Cylinder heads are critical components in the combustion process and can accumulate carbon deposits and residues that affect engine efficiency. Ultrasonic cleaning provides deep removal of these deposits even in complex internal channels, improving gas flow and overall engine performance.
Cylinder heads are critical components in the combustion process and can accumulate carbon deposits and residues that affect engine efficiency. Ultrasonic cleaning provides deep removal of these deposits even in complex internal channels, improving gas flow and overall engine performance.
Cleaning the EGR valve
Why is it important to clean the EGR valve?
The EGR (Exhaust Gas Recirculation) valve reduces emissions by recirculating exhaust gases, but its operation is affected by carbon buildup. Ultrasonic cleaning removes these residues without aggressive disassembly, restoring proper recirculation function and helping maintain emissions control.
The EGR (Exhaust Gas Recirculation) valve reduces emissions by recirculating exhaust gases, but its operation is affected by carbon buildup. Ultrasonic cleaning removes these residues without aggressive disassembly, restoring proper recirculation function and helping maintain emissions control.
Cleaning the exhaust manifold
Why is it important to clean the exhaust manifold?
The exhaust manifold accumulates carbon deposits and solid residues that restrict gas flow and affect engine performance. Ultrasonic cleaning removes these internal blockages, improving exhaust flow and optimising system efficiency.
The exhaust manifold accumulates carbon deposits and solid residues that restrict gas flow and affect engine performance. Ultrasonic cleaning removes these internal blockages, improving exhaust flow and optimising system efficiency.
Cleaning the anti-particulate filter
Why is it important to clean the diesel particulate filter?
The diesel particulate filter (DPF) traps soot and contaminants which, over time, can clog its internal structure. Ultrasonic cleaning helps remove these deposits without damaging the filter, restoring filtration capacity, improving gas flow and preventing power loss and increased fuel consumption.
The diesel particulate filter (DPF) traps soot and contaminants which, over time, can clog its internal structure. Ultrasonic cleaning helps remove these deposits without damaging the filter, restoring filtration capacity, improving gas flow and preventing power loss and increased fuel consumption.
DCM Services - Industrial Cleaning Solutions
Catalogue
Download our catalogue: ultrasonic technology, applications and cleaning machines.
Can we help you with anything else?
Call without obligation at 960 26 36 65 or contact us through the form
Where to use our industrial ultrasonic cleaning equipment
Application Areas - Ultrasonic Cleaning
Contact
How can we help you?
Do you have any questions or queries about our industrial ultrasound equipment or our ultrasonic cleaning machines? Do you need to hire our services? Contact us using this simple form, we will reply as soon as possible. Thank you for always choosing DCM Ultrasonic!
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