Frequently Asked Questions – Industrial Component Cleaning Systems
Below are answers to some of the most common questions about Layton Technologies’ industrial component cleaning systems and services. If you have a specific question or would like to discuss your application, our technical team will be happy to help.
Please contact us at websales@laytontechnologies.com.
Q?
How can we be confident in Layton’s capability and quality?
A.
Layton Technologies is an ISO 9001:2015 certified company, demonstrating our commitment to delivering products and services that consistently meet customer and regulatory requirements.
We are also committed to continuous improvement and responsible environmental performance, ensuring our systems meet modern quality and sustainability standards.
Q?
Which countries do you operate in?
A.
Layton cleaning systems are supplied internationally.
We have a large and growing global installation base, supported by established supply and service networks across multiple regions.
Q?
Where is Layton Technologies based?
A.
Our headquarters and manufacturing facility are located in Staffordshire, England, with convenient access to major road, rail, and air transport links.
Q?
Do you provide brochures or product catalogues?
A.
Because our systems are engineered to meet specific customer requirements, we do not produce standard catalogues.
However, once we understand your application, we can provide detailed information, specifications, and examples of relevant solutions.
Q?
What support is available after installation?
A.
Layton provides comprehensive ongoing support through our trained engineers and technical specialists, including:
- Telephone and remote support
- Webcam or remote diagnostics
- Planned maintenance programmes
- First-response technical assistance
- On-site engineering support when required
Our aim is to ensure your system continues to operate efficiently and reliably.
Q?
Is investing in a new cleaning system worthwhile?
A.
Modern industrial cleaning systems are often far more efficient than older equipment, helping businesses reduce:
- Cleaning times
- Energy usage
- Chemical consumption
- Labour costs
In many cases, the resulting cost savings mean that typical payback periods can be around 12 months. We can also help produce a financial analysis and return-on-investment model to support your decision.
Q?
How much does an industrial cleaning machine cost?
A.
Because every Layton system is custom designed, there is no standard price list.
We usually begin with an initial consultation and, where appropriate, a site visit to understand your process and requirements. This allows us to provide an accurate proposal and system specification tailored to your needs.
Q?
Why do parts sometimes show spotting after washing or drying?
A.
Spotting or staining typically occurs due to minerals and impurities found in tap (town) water.
To prevent this, we often recommend using deionised (DI) water for the final rinse stage, which helps eliminate mineral deposits and produce a clean, spot-free finish.
Q?
Do you carry out cleaning trials before an order is placed?
A.
Yes. Layton is happy to carry out free cleaning trials, and we strongly encourage customers to take advantage of this service.
Following the trial, we provide a detailed report outlining the cleaning process and results. If required, components can also undergo independent cleanliness testing at an agreed cost.
Q?
What is an acceptable standard of cleanliness?
A.
The required level of cleanliness varies depending on the industry and the function of the component.
In some cases, a visually clean surface may be sufficient. In more demanding industries — such as precision engineering, electronics, aerospace, or medical manufacturing — strict technical cleanliness standards may apply.
Layton can help define the appropriate standard for your process and, where required, arrange independent laboratory testing and validation.
Q?
How do I know which cleaning method is right for my application?
A.
Selecting the right cleaning process depends on several factors, including:
- The type of contamination
- The material and design of the component
- The required cleanliness standard
- The production environment and throughput
Our experienced technical team can assess your requirements and recommend the most suitable solution.
Q?
What is component cleaning?
A.
During most manufacturing processes, contaminants such as oils, lubricants, cutting fluids, polishing compounds, and machining residues are introduced to assist production.
After processing, these contaminants must be removed in order to:
- Prepare the component for the next manufacturing stage
- Ensure correct functionality and performance
- Meet quality or cleanliness specifications
- Deliver a product that is ready for the end user
The cleaning method used depends on the type of contaminant, the component material, and the required level of cleanliness.
Q?
Do you supply standard products or custom-built cleaning systems?
A.
All Layton systems are designed and configured to meet each customer’s specific requirements.
Our machines are built using proven engineering platforms, reliable technologies, and standardised components. This approach allows us to deliver fully customised component cleaning systems for a wide range of applications — from large industrial production lines to small, intricate precision parts.
Q?
What is the difference between aqueous cleaning and solvent cleaning?
A.
Aqueous cleaning uses water combined with detergents or cleaning agents to remove organic and inorganic contamination from components.
Solvent cleaning uses specialised solvents to dissolve and remove contaminants quickly and effectively.
Both methods can be safe, efficient, and environmentally responsible when properly designed and controlled. The most suitable solution depends on the application, contamination type, and cleanliness requirements.
Q?
A Guide to Ultrasonic Cleaning
A.
Q?
Why monitor cleanliness?
A.
Q?
How clean is clean?
A.
http://www.photoemission.com/techpapers/How_Clean_is_Clean_TMS05PPR.pdf
Q?
Can I use flammable solvents for cleaning?
A.
In short yes – in fact many manufacturers have no alternative but to use a flammable solvent such as IMS, IPA, Acetone, Cyclo-hexane and others in order to achieve their required cleaning results. Of course, there is a huge difference in using flammable solvents in a small laboratory type set up for intermittent cleaning to using them in a routine mass production environment.
Layton has a proven track record in assisting clients to develop their flammable cleaning processes from conception in the lab through to inception and to final roll out and beyond in a safe, controlled, timely manner. Layton is experienced in ensuring that all the systems meet the strict safety parameters associated with the use of such solvents.
By demonstrating that we have a complete understanding of the safety issues involved, we have been instrumental in obtaining insurers approval for clients manufacturing roll-out plans. All of our specified equipment for these types of projects include ATEX rated electrical and mechanical components, intrinsically safe systems for sensors and controls, flammable vapour detection systems and fail safe shut down modes, flame detection and suppression systems, sealed process operations, operational process without operator intervention to name but a few.
Q?
What wattage Ultrastonic Generator do I need
A.
Please find our useful website tool - Ultrasonic Wattage Calculator
Q?
What service options are available for my Cleaning solution?
A.
Layton can provide tailored service contracts to suit your specific needs. To find out more information on the options available, contact the service department on +44 (0) 1782 370400 or e-mail service@laytontechnologies.com
