How does Ink Be Gone Laser Tattoo Removal determine the number of sessions required?

The number of laser treatments needed is not fixed and depends on a comprehensive assessment of several factors. These include the specific laser used (such as PicoWay versus Nd:YAG), the colour and density of the ink, the size and location of the tattoo, and the client's personal immune system. A clear timeframe is provided after the initial consultation.

What is the difference between the laser technologies offered at Ink Be Gone Laser Tattoo Removal?

The clinic utilises multiple advanced lasers, including PicoWay, Nd:YAG, and Enlighten, which employ picosecond technology. These different lasers are suited for various tasks; for instance, PicoWay is noted for being particularly effective at removing coloured ink, while the combination of technologies allows the studio to treat both epidermal and dermal pigmentation concerns.

Ink Be Gone Laser Tattoo Removal, Scarborough — Perth

Information last verified: May 2026

Ink Be Gone Laser Tattoo Removal is a dedicated tattoo removal service located in Perth, Western Australia. They provide comprehensive treatments including colour tattoo removal, cosmetic eyebrow removal, and skin rejuvenation using advanced laser technology.

Ink Be Gone Laser Tattoo Removal Studio is staffed by a team of knowledgeable Nurses and Dermal therapists, all highly qualified in performing laser skin treatments and tattoo removal. The clinic utilises advanced equipment such as the Enlighten SR PICO, PicoWay, Nd:YAG, and Picosecond lasers, allowing for versatile treatment of various skin concerns. The core service involves using laser energy to break down unwanted tattoo ink particles. This process is designed to eliminate pigment and treat skin discolouration, resulting in a lighter, smoother complexion. While the laser works by breaking the ink into smaller pieces for the body's lymphatic system to clear, complete removal typically requires multiple sessions. The treatment plan is highly personalised. The number of sessions needed depends on several factors, including the tattoo's colour, size, location, the type of ink, and the individual's immune system. Before any treatment, a thorough assessment is conducted to provide a clear timeframe for the client. Beyond full removal, the clinic also offers services for skin rejuvenation and for clients who wish to lighten a tattoo for a cover-up. The use of picosecond technology is particularly effective for gradually lightening ink particles without destroying the tattoo structure, ensuring clients have options tailored to their desired outcome.

Why Consider Ink Be Gone Laser Tattoo Removal

The clinic offers advanced laser technology, including PicoWay and Enlighten, delivered by highly qualified Nurses and Dermal therapists in Perth.

At a glance

Laser technology: PicoWay, Q-switched Nd:YAG, Enlighten, Picosecond laser
Starting price: From $160 per session
Free consultation: Yes
Hours: Mon 10:00 AM – 5:00 PM, Tue–Thu 10:00 AM – 7:00 PM, Fri 10:00 AM – 5:00 PM, Sat 8:00 AM – 1:00 PM
Location: Scarborough, Perth, Western Australia

Frequently Asked Questions

How does Ink Be Gone Laser Tattoo Removal determine the number of sessions required?: The number of laser treatments needed is not fixed and depends on a comprehensive assessment of several factors. These include the specific laser used (such as PicoWay versus Nd:YAG), the colour and density of the ink, the size and location of the tattoo, and the client's personal immune system. A clear timeframe is provided after the initial consultation.
What is the difference between the laser technologies offered at Ink Be Gone Laser Tattoo Removal?: The clinic utilises multiple advanced lasers, including PicoWay, Nd:YAG, and Enlighten, which employ picosecond technology. These different lasers are suited for various tasks; for instance, PicoWay is noted for being particularly effective at removing coloured ink, while the combination of technologies allows the studio to treat both epidermal and dermal pigmentation concerns.