NEW – Ultrasonic cleaners with touch screen control

The latest ultrasonic cleaner range from GT sonic with touch screen adjustment for the time and temperature control. The “S” series, has a black satin finish in stainless steel.


 

GT Sonic ultrasonic cleaners with touch control

If you could ever use the word “sexy” to describe an ultrasonic cleaner, the latest ultrasonic cleaner range from GT sonic with touch screen adjustment for the time and temperature control would be the ones. The “S” series, has a black satin finish in stainless steel.

 

touch screen ultrasonic cleaner specifications
ultrasonic cleaner specifications

 

Features:

  • “Titanium black” mirror finish stainless steel – scratch resistant
  • No fingerprints left on the tank surface, easy to clean.
  • Advanced smart touch panel
  • Sensitive touch operation
  • High switching speed under 150 ms.
  • Touch screen adjustment
  • Touch screen temperature adjustment: 30-80 degrees C (in 5 degree steps)
  • Touch screen timer adjustment: 1-99 minutes
  • Degassing mode
  • Includes stainless steel wire basket
  • Inner tank made in Stainless Steel
  • FREE UK DELIVERY

 


 

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Can I Use Isopropyl alcohol (IPA) in an Ultrasonic Cleaner?


We get asked if Isopropyl alcohol (IPA) can be used safely in an ultrasonic cleaner and the answer is normally no, it cannot. Unless you want to invest in a blast proof cleaner,  using this highly flammable chemical in an ultrasonic tank of any size is very dangerous.

Isopropyl alcohol (IPA) is sometimes used for cleaning electrical components such as PCB’s (printed circuit boards) because it evaporates quickly and leaves no residue. It can be used to expel water from mobile phones that have been exposed to varying degrees of moisture.

 

Firemen tackle factory blaze

 

The main reason not to use it in an ultrasonic cleaner is because IPA can become unstable and has a low flash point. A “flash point” is the temperature at which a particular fluid gives off sufficient vapour to ignite in open air when given an ignition source. Very similar to petrol. A single spark will ignite petrol without actually touching it because the vapours rising from the petrol fumes are flammable.

The very action of ultrasonic cleaning means the temperature of any fluid in the tank will rise just by turning the machine on. Even if there is no heater in the machine, the fluid will start to heat up. IPA will start to evaporate and concentrated fumes build up over the tank. All it takes is a spark of static electricity to ignite those fumes and you will have a fire ball in a split second.

 


 

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Some of our larger corporate customers


We sell a lot of ultrasonic cleaners to the smaller business and end user who make up a very large part of our customer base. However, we also sell to some of the larger companies and organisations in the UK. Below is a selection of some of those customers Best Ultrasonic Cleaner are pleased and proud to have supplied.

HTM 01-05 and ultrasonic cleaners


Ultrasonic cleaners have played a part in the ever increasing awareness of hygiene in dental surgeries and now we have the publication of the weighty document known as HTM 01-05 (decontamination in primary care dental practices). The whole document is quite lengthy and so I have only copied the section relating to ultrasonic cleaners. At first glance the procedures looks quite complicated and time consuming. However, the bulk of the text outlines simple common sense routines and best practises that most dental surgeries will already have in place.

The full publication is 98 pages long and if you really can’t get to sleep one evening, read it HERE and I’m sure you will be fast asleep in no time at all.  🙂

Dental instruments

Disclaimer: the extract shown below is taken from the main publication that might have had an addendum or updates since the time of copying and so for a definitive version, please check the UK Government website for the latest version.


 

UK goverment logo

 

Ultrasonic cleaning.

3.25 Evidence on the effectiveness of ultrasonic cleaning gives support to its use in dentistry. However, it is important to ensure that the water/fluid is maintained, cleaned and changed at suitable intervals (see paragraph 3.30k). The bath should also be kept free of dirt released in the cleaning process. Good maintenance is also essential. The appearance of instruments following ultrasonic cleaning should be checked to ensure that the process is operating effectively (see also Section 3).

3.26 Ultrasonic cleaning in a well-maintained machine enhances removal of debris. Thus, although a washer-disinfector is preferred and should be incorporated into new plans or upgrades, an ultrasonic cleaner can be used as a cleaning method – including being used as an extra cleaning stage prior to an automated washer-disinfector process. This may be particularly helpful for instruments with hinges and/or intricate parts.

3.27 To enable consistent cleaning of instruments, follow the manufacturer’s operating instructions and ensure that all staff use a specified and documented operating procedure. Details on validating ultrasonic cleaners are supplied in Section 3.

3.28 The use of ultrasonic cleaners to clean dental hand-pieces should not be undertaken without confirmation from the manufacturer that the devices are compatible.

3.29 The ultrasonic cleaner should be tested according to the manufacturer’s instructions or, in the absence of these, quarterly (see Section 3, Chapter 14). Ultrasonic cleaning procedure

3.30 The following procedures should be followed:

  1. Instruments should be briefly immersed in cold water (with detergent) to remove some of the blood and other visible soil before ultrasonic cleaning. Care should be taken to minimise aerosol production in this process and to safeguard against inoculation injury. The use of a purpose-designed container with sealing lid is recommended.
  2. Follow the manufacturer’s recommendations for the safe operating procedure of the ultrasonic cleaner and follow the points outlined below regarding loading and unloading the cleaner.
  3. Ensure that joints or hinges are opened fully and instruments that need taking apart are fully disassembled before they are immersed in the solution.
  4. Place instruments in a suspended basket and fully immerse in the cleaning solution, ensuring that all surfaces are in contact with the solution. The solution should be made up in accordance with the manufacturer’s instructions.
  5. Do not overload the basket or overlap instruments, because this results in poor cleaning and can cause wear to the instruments.
  6. Do not place instruments on the floor of the ultrasonic cleaner, because this results in poor cleaning and excessive instrument movement, which can damage the instruments.
  7. To avoid damage to delicate instruments, a modified basket or tray system might also be necessary depending on operational requirements.
  8. Set the timer to the correct setting as per the ultrasonic cleaner manufacturer’s instructions. Close the lid and do not open until the cycle is complete.
  9. After the cycle is complete, drain the basket of instruments before rinsing.
  10. Change the solution when it becomes heavily contaminated or otherwise at the end of every clinical session, because the build-up of debris will reduce the effectiveness of cleaning. Ensure that staff are aware of the need to assess when a change of solution is necessary as advised in the operational requirements.
  11. After ultrasonic cleaning, rinse and inspect instruments for cleanliness, and where possible check for any wear or damage before sterilisation.

3.31 Instruments cleaned in an ultrasonic cleaner (or by hand) should be rinsed thoroughly to remove residual soil and detergents. A dedicated sink or bowl (separate from the one used for the original wash) should be used, and the instruments immersed in satisfactory potable water or, where this is not available, in RO or distilled water. Wash hand basins should not be used. (This step may be omitted if the local policy and procedure involves the use of a washer-disinfector as the next stage in the decontamination process.) Note Hard-water contamination of wet instruments, which then go on to sterilisation, can compromise the proper function of a small steam steriliser. Advice should be sought from the manufacturers. When potable water is used, a water softener device may be needed (see paragraphs 17.8–17.10).

3.32 Instruments should be sterilised as soon as possible after cleaning to avoid air-drying (which can result in corrosion and/or microbial growth). For instruments processed in a vacuum steriliser, before being wrapped, instruments should be dried using a disposable non-linting cloth. Manual cleaning

3.33 In principle, manual cleaning is the simplest method to set up, but it is hard to validate because it is difficult to ensure that it is carried out effectively on each occasion.

3.34 Compared with other cleaning methods, manual cleaning presents a greater risk of inoculation injury to staff. However, despite the limitations of manual cleaning, it is important for each practice to have the facilities, documented procedures and trained staff to carry out manual cleaning as a backup for when other methods are not appropriate.

3.35 For dental services that are working to the best practice requirements outlined in this document, manual cleaning (acceptable under the essential quality requirements) should only be used for equipment that cannot be cleaned by automated methods.

3.36 This method should have systems in place to avoid re-contamination of clean instruments. 3.37 An effective system for manual cleaning should be put in place, as outlined in Section 3, and all staff should follow an agreed written procedure. A visual inspection for cleanliness, wear and damage should be carried out.

3.38 Consider routinely using an automated method (for example a washer-disinfector). Aim to phase in instruments that can be cleaned in a washer / disinfector.

Avoiding instrument damage.

3.39 Most dental instruments are made of high-quality materials designed to minimise corrosion if reprocessed correctly. The corrosion resistance is based on their alloy composition and structure, which forms a protective passivation layer on the surface. The ability of the instruments to resist corrosion depends on the quality and thickness of this layer.

3.40 It is important to avoid damage to the passivation layer during cleaning. Accordingly, methods such as the use of wire brushes, which may give rise to surface abrasion, should be avoided.

3.41 Any instruments that have rust spots should be removed. Cleaning procedure summary

3.42 Effective cleaning of dental instruments before sterilisation is of the utmost importance to reduce the risk of transmission of infectious agents.

3.43 Research suggests that instruments cleaned as soon as possible after use are more easily cleaned than those left for a number of hours before reprocessing.

3.44 Instruments should be transferred from the point of use to the decontamination areas as soon as is practical to ensure that processing takes place as soon as possible after use. Evidence indicates that keeping instruments moist after use and prior to decontamination improves protein removal and overall decontamination outcomes.

3.45 It should be noted that certain solutions are corrosive to stainless steel instruments and will cause pitting and then rusting if allowed to remain on instruments for any length of time. Dental Decontamination: Health Technical Memorandum 01-05 – Decontamination in primary care dental practices (2013 edition) 3 Cleaning instruments 20 21 professionals should consult with the suppliers/ manufacturers of decontamination agents to ensure that the products used are appropriate and unlikely to cause significant long-term corrosion (refer to COSHH for further advice).

3.46 Always check packaging for the single-use symbol before use and note that it might be difficult to see.

Rinsing of instruments after cleaning and or disinfection.

3.47 Instruments cleaned in an ultrasonic cleaner (or in addition by hand) should be rinsed thoroughly in a dedicated sink or bowl (separate from the one used for the original wash) using satisfactory potable water, or freshly prepared RO water or distilled water in order to remove residual soil and detergents with minimum risk of salt deposition. Note This step may be omitted if the local policy and procedure involves the use of a washer-disinfector as the next stage in the decontamination process.

3.48 Instruments should be sterilised as soon as possible after cleaning to avoid air-drying (which can result in corrosion and/or microbial growth). However, where instruments are to be wrapped prior to vacuum sterilisation, the instruments should be dried.

 


 

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Dental Ultrasonic Cleaners

A new website from Best ultrasonic Cleaners for the Dental profession.


We are delighted to announce a new website, Dental Ultrasonic Cleaners aimed specifically at the Dental / Dentist profession.

great-ultrasonic-cleaner-logo

The other exciting news is that we have a fantastic new and exclusive brand to offer: GreatSonic. Following a recent visit to the factory to check on the quality, we have now taken delivery of the first order. So far, sales are looking good!

GreatSonic ultrasonic Cleaners

All the ultrasonic cleaners are built to a UK specification and have a 12 month warranty. In the unlikely event of a technical problem, we carry spares and offer technical support.

For more information, call us on 01706 950112.


 

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Honda CB350 / 4 ultrasonic carburettor cleaning

One of our customers kindly sent some photographs of his Honda CB350 / 4 carburettors before and after cleaning with an ultrasonic cleaner.


One of our customers kindly emailed some photographs of his Honda CB350 / 4 carburettors before and after cleaning with an ultrasonic cleaner. The text below is from his email.

I Just used my 6 Ltr ultrasonic bath for the first time on some old carbs. The carbs are from a 1972 Honda CB350/4 and they were all quite badly gummed up. I used the carb cleaning solution diluted as instructed (10:1) and heated the water to 65 centigrade. I cleaned them (the bike has 4) one at a time for just 20 minutes each. Please find attached 5 before and 5 after pictures of the dirtiest carburettor.  Regards, Peter

The model Peter bought was a 6 Ltr ultrasonic cleaner with a simple dial adjustment for the time and temperature control. The carburettor cleaning fluid was included free.

 

 

image of an 6Ltr analogue ultrasonic cleaner
6 Ltr ultrasonic tank that Peter used for cleaning his carbs

 

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Carburettor cleaning fluid – how to mix it in the correct ratio.

Ultrasonic Carburettor cleaning fluid – how to mix it in the correct ratio using a coffee mug


OK, it might sound a little simple to suggest how to calculate the correct amount of ultrasonic carburettor cleaning fluid to mix with water, but it’s an important aspect of the ultrasonic cleaning process and worth a few lines explaining it.

The cleaning fluid is mixed in a ratio of 10:1. That means for every ten parts of water, you need to add 1 part of fluid. Applying that theory into the real world we need to know how many glugs of fluid to add to an ultrasonic tank and that of course will vary with the tank size.

a coffee mug with the following words printed on it "leave me alone, I'm working on my motorbike today"

Let’s look at a 3 litre size of ultrasonic cleaner as an example

3 litre = 3,000ml. Mixing the fluid at 10:1 means that you need 300ml of cleaning fluid. And the easiest way to measure 300ml is you use a normal coffee or tea mug. A coffee mug holds 300ml. Perfect! Add one full mug of carburettor cleaning fluid to your 3Ltr ultrasonic cleaner and then fill the tank with water up to the fill line which is about 20mm from the top of the tank. Done. Simple as that.

NOTE: Don’t fill the tank to the very top because when you put your carburettor in the fluid, the displacement (over-spill) will run all over your worktop.

6 litre ultrasonic tank

6 litre = 6,000ml. Mixing the fluid at 10:1 means that you need 600ml of cleaning fluid. A coffee mug holds 300ml. Add 2 x mug of carburettor cleaning fluid to your 6Ltr ultrasonic cleaner and then fill the tank with water upto the fill line which is about 20mm from the top of the tank.

9 litre ultrasonic tank

9 litre = 9,000ml. Mixing the fluid at 10:1 means that you need 900ml of cleaning fluid. A coffee mug holds 300ml. Add 3 x mug of carburettor cleaning fluid to your 9Ltr ultrasonic cleaner and then fill the tank with water upto the fill line which is about 20mm from the top of the tank.

13 litre ultrasonic tank

13 litre = 13,000ml. Mixing the fluid at 10:1 means that you need 1300ml of cleaning fluid. A coffee mug holds 300ml. Add 4.5 x mug of carburettor cleaning fluid to your 13Ltr ultrasonic cleaner and then fill the tank with water upto the fill line which is about 20mm from the top of the tank.

20 litre ultrasonic tank

20 litre = 20,000ml. Mixing the fluid at 10:1 means that you need 2000ml of cleaning fluid. A coffee mug holds 300ml. Add 6.5 x mug of carburettor cleaning fluid to your 20Ltr ultrasonic cleaner and then fill the tank with water upto the fill line which is about 20mm from the top of the tank.

Its not vital that the mix is accurate and if you have a heavily soiled carb, you might want to add an extra half a mug of cleaning fluid to a smaller ultrasonic cleaner (3 & 6 litre) and another couple of mugs full to a 20 litre machine.

And finally, the obligatory health and safety note. As much as I love the fluids that we sell, I wouldn’t want to digest it. If you intend to drink from the coffee mug used for  measuring, wash it first.  🙂

 


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Carburettor Cleaning fluid

Ultrasonic carburettor cleaning fluid in 1 Ltr and 5Ltr bottles.


Our carburettor cleaning fluid has been formulated specifically for use with an ultrasonic cleaner, for cleaning carburettors, valves, fuel injectors, engine parts etc. It safely and quickly removes contaminants including general soiling and dulling, oxidation, carbon, petrol residue and grease etc. It works very well on alloys and aluminium castings, not only removing the physical dirt, but also it visually brightens dulling that occurs over time. Obviously it can’t make a component look like it did when it first left the manufacturer’s factory, but results are very impressive. The cleaning process won’t damage, corrode or darken metal components. Safe on brass, aluminium and other sensitive metals. It is also safe with O rings. Mix the concentrate 1 part solution to 10 parts water. (1 Ltr bottle makes 10 Ltr of working solution).

The fluid can be used many times until it looks dirty. There’s no specific rule about when to change the fluid, but the idea of an ultrasonic cleaner is for deep and thorough cleaning. If your fluid looks like pea soup, it’s time to change it!

Directions:

The carburettor cleaning fluid is a concentrate and is added to water at a ratio of  10: (1 parts cleaning fluid to 10 part water). For heavily soiled components, this can be strengthened to 7:1. The working temperature of the ultrasonic cleaner should be set between 50 – 80 degrees centigrade. After cleaning rinse with clean water and leave to dry. Always test before use on new applications.

Visit our website for more information: Best Ultrasonic Cleaners fluids


1 litre bottle of ultrasonic carburettor cleaner

1 Ltr carburettor cleaning fluid

Free UK delivery (sorry, we can only ship fluids to the UK).

£13.99

5 Ltr ultrasonic carburettor cleaner

5 Ltr carburettor cleaning fluid

Free UK delivery (sorry, we can only ship fluids to the UK)

£29.99


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Cleaning a bank of 4 carbs off a Yamaha FZR600

Ultrasonic cleaning of carburettors off a Yamaha FZR600 motorcycle.


A set of photos taken by a customer after before, during and after cleaning in an ultrasonic cleaner. The bike is a Yamaha FZR600.The cleaning time was about 20 minutes.


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How to clean small components (bearings)

How to clean small components in an ultrasonic cleaner


Cleaning big components in an ultrasonic cleaner is easy. Simply please the large part in the wire basket and turn the machine on. However, if you need to clean something smaller in a large tank, there is a simple solution.

One of our customers found this work-around by placing the small bearing in a glass jar filled with cleaning fluid and then placing the jar in the ultrasonic tank that is also filled with water. The vibrations then travel through the large tank and into the glass jar that is holding the bearing.

bearing-cleaning-with-an-ultrasonic-cleaner-2

Obviously the thinner the sides are on the glass jar, the better the cleaning action. But for cleaning small fiddly components, this is a great way to keep them in one place.


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Ultrasonic Cleaners & making liposomal vitamin C

A guide to making liposomal Vitamin C with an ultrasonic cleaner.


I should start by saying the subject of liposomal vitamin C is relatively new to me and I would not even begin to discuss the science behind the process or it’s benefits in any kind of detail. However, in the last couple of years, I have seen a steady increase in the sales of Ultrasonic Cleaners to customers who are using the machines to make encapsulated vitamin C and I thought it was worth adding some technical information on the ultrasonic machines used in this rather specialist application.

From conversations with our customers, it seems there are two elements that are vital to the process of making liposomal vitamin C. The first is temperature control and secondly is the timer that controls the length of time the machine is activated.  Secondary functions such as degassing mentioned at: http://qualityliposomalc.com/process/index.html and I’ll explain this shortly.

Temperature control

As the temperature control is crucial it would be best to buy an Ultrasonic Cleaner that has a digital readout and control. This is simply because the digital display shows two sets of information:

1). The actual temperature in the tank

2). The target temperature for the tank.

The very action of the machine producing ultrasonic waves produces a modest amount of warmth that will raise the temperature of the liquid and so with the digital readout, you will be able to monitor this.

Timer Control

With a digital model, the timer can be programmed for up to 90 minutes, whereas with a dial control, the maximum time is restricted to 20 minutes.

Degassing

Degassing is available on some models and is an addition function which, after a change of solution or agitation of a solution, quickly removes any air from the liquid that in turn, makes the process more effective. This is useful when making liposomal vitamin C but not essential as air will over time, always rise to the top of a liquid naturally. Additionally, the power of the machine can be reduced by 50% if required. Degassing does however, add a bit more money to the purchase price of the Ultrasonic Cleaner.

Sweep Function

This is a function that fluctuates the operating frequency of the machine, but this really isn’t of any benefit in making liposomal vitamin C

Which model to select

The two popular sizes of machine normally selected are 2 or 3 litre. With the 3 litre there is an option of a degassing model.


For more information regarding liposomal vitamin C, please visit:

http://www.vitamincfoundation.org/forum/index.php

http://qualityliposomalc.com/

For more information regarding Ultrasonic Cleaners, visit Best Ultrasonic Cleaners


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Bike (cycle) cassette & chain cleaning

Cleaning your bike chain and gear cassette with an Ultrasonic Cleaner


When it comes to cleaning your bike chain and gears, one thorough method is with an Ultrasonic Cleaner. We recently sold one of our professional machines to a customer who kindly sent us some “before and after” photographs. Cycle cassette cleaning is new to me but I’m sure there are lots of cyclists out there who will find the photos below of great interest.

P1000192

P1000193

P1000202
After cleaning

The addition of cleaning suitable solution helps breakdown oil and grease. The cleaning time is around 10 – 15 minutes. The machine used was a 6Ltr ultrasonic cleaning tank with a digital readout for the cleaning cycle time and the water temperature, however, you might get away with a smaller 3 Ltr machine. You don’t need an all singing & dancing machine with lights and LED readouts. A simple machine with dials on the front will do the job just as well.

More details can be found on our website: Best Ultrasonic Cleaners.

P1000199


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Supplying to the very best. Mercedes F1 team 2016


We are absolutely delighted to have been asked by the Mercedes F1 team to supply them with an ultrasonic cleaner. It was a fantastic experience to meet with some of the engineering team and discuss how we could help with a specific technical problem. At this level of engineering, size matters and it’s all about microns, not millimetres.

 

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£20 cashback for any customer

£20 cashback for your photos of our ultrasonic cleaners


10 pounds cash back for your photo of an ultrasonic cleaner

It couldn’t be easier to get £20 back into your wallet. All it takes is 5 minutes of your time.

We would love to see photos of our Ultrasonic Cleaner being used by you. You might be cleaning jewellery, dental instruments, car parts, scuba diving equipment, motorbike carburettors or whatever. It could be in the workshop, garage or your kitchen. The more unusual the better!

If you can take a “before & after” photo, that would be fantastic.

motorcycle ultrasonic carb cleaning
Before and after cleaning

Simply email a couple of clear photos that we can either add to our blog or website showing what you are doing with our machines. And in return, you’ll get £20 refunded back to your credit or debit card, paypal account etc. within 24hrs.

Most mobile phones take excellent photographs, so you don’t need to turn your home into a studio. Just a few rules:

1). Photos must be sent with 30 days from delivery of the cleaner.

2). Photos must to be of good enough quality to add to our website.

3. This offer applies to purchases of Ultrasonic Cleaning machines (not cleaning fluid).


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Clean resin from woodworking blades, routers and tools in an Ultrasonic Cleaner

How to clean resin from woodworking tools such as routers, blades, profile cutters.


Cleaning resin from woodworking tools such as routers, blades, profile cutters and general CNC machine tooling is an essential but time consuming process, but the chore can now be reduced to a few minutes with an Ultrasonic Cleaner.

The build up of resin from machining Pine, MDF and other woods reduces the efficiency of a tool because the additional friction created by the solid matter generates heat, dulls the cutting edge of the tool thus making a rougher cut.

There are several cleaning fluids on the market, but these require the tool to be soaked before plenty of elbow grease is applied to brush, scrape and wipe the softened resin from the router or cutting blade. Each tool can take from 10-15 minutes of your valuable time to clean. Even the smallest of woodworking businesses can have enough tools to occupy several hours in cleaning time.

All that is needed now is an Ultrasonic Tank and a cleaning solvent (non toxic). The machine does all the work in a matter of minutes whilst you are free to carry on with other things.

Before Ultrasonic Cleaning.

After Ultrasonic Cleaning (5 minute cycle).

Ultrasonic Cleaning process

Place the tools in the tank. Fill with fluid. Turn on. Remove after 5 minutes and wipe with a dry cloth. Done. Simple. And whilst the machine is cleaning, you are free to carry on earning money.

The tools shown above were placed in the ultrasonic cleaner for 5 minutes and run without any heating. The cleaning solution is non-toxic, has a citrus content and smells a little of oranges. It is used neat, directly from the bottle. However, it can be reused until it gets too dirty. The bottle on the left hand side of the photo has been used several times. The bottle on the right is new.

planing woodworking planing tool after ultrasonic cleaning 1

I went to visit one of our customers based in Sheffield, Designer Woodwork Services (DWS Ltd) who had purchased one of our Ultrasonic Cleaners a few weeks previously and I was curious to see how the machine was performing. I met the owner, Dan, who very kindly took time out of his busy day to demonstrate how he has quite literally saved many hours every month in time spent cleaning machine tools. And as Dan, a true Yorkshireman says, “time is money”.

Dan runs a small but very busy business manufacturing bespoke joinery products that use machines ranging from 100 years old (and still being used every day!) to a modern planer /profiler costing around £38,000. A planing tool can cost around £6000, so keeping it free from resin build-up is time well spent. DSW ltd purchased a 6Ltr Ultrasonic Cleaner from us that was large enough to hold most of his tools.

As Dan said, “the purchase price was £190 well spent”. And went on to explain that he now cleans all his machining tools as a matter of course.

More information on Ultrasonic Cleaners can be found on our website.


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