Using the newest laser technology, we specialize in providing expert tattoo removal services. Our qualified staff guarantees a cozy, safe experience catered to the requirements of every customer.
We begin with a consultation to discuss and assess your procedure and expectations.
We ensure all safety protocols are in place before starting the procedure.
Experience a safe and efficient tattoo removal with our expert techniques.
A Hollywood laser peel is a superficial treatment that helps with acne, enlarged pores, oily skin, and uneven skin tone. Treatments are effective, affordable, and only requires a quick appointment to complete.
The results speak for themselves. Our laser removal treatments have helped clients all over the UK to remove unwanted tattoos. With laser treatment, we can remove an unwanted tattoo. The technology is based on the fact that the laser light travels at such a high speed that the colour pigments used in the tattoo are simply destroyed, and these are then taken care of by white blood cells.
Tattoo removal uses laser technology to break down ink particles in the skin. The body's immune system then gradually eliminates these particles. Each session is tailored to your specific tattoo and skin type.
Many clients describe the sensation as similar to a rubber band snapping against the skin. We use numbing creams to minimize discomfort. Pain levels vary depending on individual tolerance and tattoo size.
The number of sessions required depends on the tattoo's size, colour, and depth. On average, clients need between 5 to 10 sessions for optimal results. We will provide a personalised treatment plan during your consultation.
Some clients may experience temporary redness, swelling, or blistering post-treatment. These effects typically subside within a few days. We provide aftercare instructions to ensure a smooth recovery.
The costs can vary based on the tattoo's size and complexity. We offer competitive prices and package deals for multiple sessions. Contact us for a detailed quote tailored to your needs.