Embarking on the journey of laser tattoo removal is a decision to embrace change. At Inkout, we utilise the cutting-edge Q-switch laser technology to help you turn over a new leaf. Let’s dive into the science that makes this possible.

What is a Q-Switch Laser?

Q-switch lasers are the gold standard in tattoo removal technology. The “Q” stands for “quality,” indicating the high precision and effectiveness of these lasers. They work by emitting short, high-energy pulses of light that shatter the ink particles in your tattoo without harming the surrounding tissue.

How Does It Work?

Targeting Ink Particles

The laser emits light that is absorbed by the tattoo ink, causing the particles to break down into smaller fragments. This process is known as selective photothermolysis.

The Role of Wavelengths

Q-switch lasers use specific wavelengths of light to target different ink colours. Darker colours like black and blue absorb shorter wavelengths, while lighter colours require longer wavelengths.

No Thermal Damage

One of the key benefits of Q-switch lasers is their ability to operate without thermal interaction with tissues, which minimises damage to the surrounding skin and leads to a quicker healing time.

Why Choose Q-Switch Laser Tattoo Removal?

• Precision: The laser targets only the ink particles, leaving the surrounding skin unharmed.
• Effectiveness: It can remove a wide range of tattoo colours and is effective on various skin types.
• Speed: Each pulse of the laser is incredibly fast, breaking down ink particles quickly.
• Safety: Q-switch lasers have a strong track record of safety and efficacy.

What to Expect During Your Consultation

During your consultation, we will:

• Assess your tattoo and skin type.
• Explain how the Q-switch laser works.
• Discuss the estimated number of sessions.
• Answer any questions you may have.

Conclusion

Understanding the science behind Q-switch laser tattoo removal can give you confidence in the safety and effectiveness of the procedure. We invite you to book a consultation with us to learn more about how this technology can help you achieve your desired results.