Candela GentleMax Pro

The Candela GentleMax Pro is an advanced dual-wavelength laser system designed for safe, effective, and precise hair removal, skin rejuvenation, and vascular treatments. Using both Alexandrite (755nm) and Nd:YAG (1064nm) technology, it delivers fast, comfortable treatments suitable for a wide range of skin types with minimal downtime.
INSIGHT

How Candela GentleMax Pro Works

Using advanced dual-wavelength laser technology, Candela GentleMax Pro combines 755nm Alexandrite and 1064nm Nd:YAG lasers to deliver fast, precise, and effective treatments for a wide range of skin types. The integrated Dynamic Cooling Device (DCD™) protects the skin before each laser pulse, enhancing comfort while minimizing downtime. This innovative system targets unwanted hair, pigmented lesions, vascular concerns, and signs of skin aging with exceptional accuracy, leaving skin smoother, clearer, and rejuvenated.

Dual-Wavelength Precision

Combining 755nm Alexandrite and 1064nm Nd:YAG lasers, GentleMax Pro safely and effectively treats a wide range of skin types for hair removal, pigmentation, and vascular concerns.

Fast, Versatile Treatments

With large spot sizes and powerful laser technology, GentleMax Pro delivers quicker treatment sessions while maintaining exceptional precision and consistent clinical results.

Comfort with Dynamic Cooling

The built-in Dynamic Cooling Device (DCD™) protects the skin before every laser pulse, reducing discomfort and helping patients enjoy a more comfortable treatment experience with minimal downtime.

Before and after

Transform Your Smile

Book Your Consultation in Birmingham

Ready to take the next step? Book your consultation at Highfield Aesthetics in Edgbaston, Birmingham. Led by GMC-registered Dr Sepehr Pirouzan, every treatment plan begins with a thorough medical assessment, advanced 3D skin analysis and an honest conversation about your goals.

Care Tailored To You

Candela GentleMax Pro combines dual-wavelength laser technology to deliver safe, precise, and effective treatments for hair removal, pigmentation, vascular lesions, and skin rejuvenation.

In-depth

Equipped with the patented Dynamic Cooling Device (DCD™), GentleMax Pro protects the skin before every laser pulse, providing a more comfortable treatment experience with minimal downtime.

A Non-Surgical Alternative

Designed to treat a wide range of skin types, GentleMax Pro offers personalised treatment settings for consistent results, enhanced safety, and outstanding clinical performance.

Our Pricing

Our Signature Treatments

Anti-Wrinkle Injections

Smooth fine lines and wrinkles for a refreshed, youthful appearance.
Starting From

$299 /

Session

Anti-Wrinkle Injections

Smooth fine lines and wrinkles for a refreshed, youthful appearance.
Starting From

$299 /

Session

Anti-Wrinkle Injections

Smooth fine lines and wrinkles for a refreshed, youthful appearance.
Starting From

$299 /

Session

Anti-Wrinkle Injections

Smooth fine lines and wrinkles for a refreshed, youthful appearance.
Starting From

$299 /

Session

Anti-Wrinkle Injections

Smooth fine lines and wrinkles for a refreshed, youthful appearance.
Starting From

$299 /

Session

Lip Enhancement

Enhance lip volume, shape, and definition while maintaining a natural appearance.
Starting From

$399 /

Session

Skin Rejuvenation

Restore skin radiance, texture, and tone with advanced rejuvenation treatments.
Starting From

$399 /

Session

Jawline Contouring

Create a more defined, balanced, and sculpted facial profile.
Starting From

$449/

Session

What It Treats

Candela GentleMax Pro is an advanced laser platform designed to effectively treat a wide range of aesthetic concerns, including unwanted hair, pigmented lesions, sun damage, age spots, vascular lesions, facial veins, leg veins, and skin rejuvenation, delivering safe and reliable results for a variety of skin types.

Why Choose Candela GentleMax Pro at Highfield Aesthetics

All treatments are performed by, or under the supervision of, experienced medical professionals using clinically proven technology. Individual results may vary.