Ruby Laser Tattoo Removal

Ruby Laser Tattoo Removal 2020-10-29T12:43:43+00:00

Until now all other methods of tattoo removal involved major scarring. Fortunately modern technology means that having an unwanted tattoo removed is now usually a simple process that is available for everyone.

The Bournemouth Laser and Skincare Clinic is equipped with the very latest in laser technology, the Q-Switched Ruby Laser. This laser has a proven record of successful tattoo removal. The Ruby laser remains one of the best Lasers for the removal of tattoos and pigmented lesions.

Treatment costs

No two tattoos are the same, which is why we do not have a fixed price list. Costs and payment options can be discussed at your free consultation with no obligation.

Both amateur and professional tattoo’s can be treated.

A tattoo results when the skin is punctured and pigment inserted into the lower layer of skin. The body’s own defence mechanism reacts to this ‘injury’ but is unable to cast out the larger particles of pigment. Before the development of laser therapy, the only alternatives available to people seeking to have their tattoos removed were surgical excision, skin grafts and the use of salt, acid and other chemical abrasives.

Not only do these techniques cause considerable discomfort, they usually require a lengthy period of after-care and will typically replace the original tattoo with a scar.

By firing a beam of light through the skin in extremely short pulses. The light is absorbed by the tattoo ink creating a reaction which breaks it down into very tiny particles. This allows the body’s defence mechanisms to take over and gradually remove the pigment over a period of time.

Because each pulse is so short (typically 25 billionths of a second) and is targeted directly onto the pigment, there is normally no lasting damage to the skin or surrounding tissue. The whole procedure is repeated several times, usually at four to six weekly intervals, so allowing time for the body to remove as much pigment as possible.


Only in rare cases – for example, with an amateur (self-inflicted) tattoo where there is only a fine layer of blue/black pigment lying just beneath the skin’s surface. With most tattoos, this is the exception rather than the rule.

Due to the many variations in size, colour and type, there is no such thing as an average tattoo. The number of treatments required will also depend on the body’s own defence mechanism and how effective it is. As a guide, most Indian ink amateur tattoos should respond with between one and eight treatments. Coloured professional tattoos can take longer, sometimes between eight and fifteen treatments.

The actual cost of a single treatment will depend on several factors such as the size of the tattoo and the number of pulses required to treat it. Most tattoos are irregular in shape and the pigmented area cannot readily be converted and rounded up to square inches or centimetres. Without first examining the tattoo it is impossible to give an average guide to cost. The total cost will depend on the number of treatments required. This is determined by the physical make-up of the tattoo, which not only varies enormously from person to person, but can also vary as the course of treatment progresses. It is therefore impossible to predict the number of treatments required and it would be misleading to quote examples of total cost which are based merely on assumptions?

Yes, in the majority of cases, although it is impossible to give an absolute guarantee as some pigments can resist treatment. Dark blues and blacks are generally the first to respond and usually all the pigment will be removed. Bright colours, especially greens are less predictable, they may take longer to fade, and in some cases may not go entirely. Some red, white and flesh coloured inks have been known to turn black in the early stages but this is rare. People who have experienced any allergic reactions to their tattoo(s) in the past should inform the therapist as this may be relevant to their laser treatment.

A typical treatment session can last anything between five minutes to an hour depending on the size and number of tattoos the client wishes to have removed. The treatment stings and may cause some minor discomfort which will start to subside when the session is over.

Some clients may blister. This is quite normal and does not indicate potential scarring. Rarely is any specific treatment required and it will usually clear within a few days. A dry dressing may be applied to avoid contact with clothes, etc. When bathing or showering, the area should be patted dry and not rubbed. If blistering occurs, prolonged immersion in water, e.g. swimming should be avoided.

During the period over which the tattoo is being removed, the treated area should be protected from strong sunlight or sunbeds by means of a reputable sun-block cream or by covering the tattoo.

It depends on the type of laser used. In the past, certain types of carbon dioxide and argon lasers have been used to remove tattoos. Many of these induced localised burning of the tissue and caused unsightly scars which were cosmetically unacceptable.

However, scientific research initiated in Glasgow in 1980 by Strathclyde University and the Canniesburn Hospital, has led to the development of a new generation of lasers. The most proven of which is the Q-switched Ruby. This laser, which neither burns nor cuts the skin’s surface, has been used extensively in medical practice for a number of years.

A silicone plaster may be prescribed by our nurse if necessary.

Yes, the Q-switched Nd:Yag laser and the Alexandrite, however neither of these two lasers have been in use long enough to achieve the proven track record of the Q-switched Ruby laser which, over the past 20 years has been extremely well documented in several leading American and British medical journals. Although the Q-switched version of the Nd:Yag is effective in the treatment of certain coloured tattoos and of patients with dark skin, its deeper penetration can sometimes cause more surface damage. In some patients, this may result in a permanent ‘frosted’ appearance over the treated area.

During treatment with the Q-switched Ruby laser, it is quite normal for the tattoo area to become paler and any freckles may disappear. This is because the laser is also effective at removing natural skin pigment. Once all the treatments have been completed, the pigment should slowly return, usually within six to twelve months.

However sometimes there may be some permanent loss of natural pigment and the area may remain pale. If this does occur, continued protection from strong sunlight and sunbeds is recommended. A tattooed area which is particularly hairy, should be shaved prior to treatment. The hair should grow back normally but in some cases may be slower than expected.

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