Medical Laser & Light Dermatology Bristol
Doctor-calibrated and doctor-delivered laser treatments for complex skin conditions, structural resurfacing, pigment correction, and vascular lesions. Powered by multi-wavelength medical platforms.
Specialist Laser & Light Modalities
Select a treatment below to view protocol specifications, recovery parameters, and pricing.
REVIDA® CO₂ Laser Resurfacing
Technology: DEKA SmartXide Fractional & Full-Field CO₂ (10,600 nm)
The gold standard in cutaneous skin revision. Targets deep static wrinkles, solar elastosis, and severe atrophic acne scarring through controlled micro-thermal ablation and sustained neocollagenesis. Doctor-administered nerve blocks included for deeper passes.
REVIDA® eRaze Lesion Removal
Technology: Focused Surgical CO₂ Beam (10,600 nm)
Vaporisation of benign raised skin lesions including moles, seborrhoeic keratoses, skin tags, and facial warts. Performed personally by Dr Brad under local anaesthetic for precise contouring without wide scalpel excision.
ChromaQure™ Pigment System
Technology: High-Energy Q-Switched Nd:YAG (532 nm / 1064 nm)
Targeted photo-acoustic clearance of benign hyperpigmentation, sun spots, freckles, and age spots. Delivers high peak power in nanoseconds to shatter target melanin granules without thermal scarring to surrounding skin tissue.
QUEST3™ Advanced Laser Facial
Technology: Multi-Step Q-Switched Photo-Acoustic Skin Toning
A comprehensive, doctor-delivered multi-pass laser facial engineered for deep pore refinement, micro-pigment clearing, dermal collagen stimulation, and luminous radiance with minimal social downtime.
Emerge™ Fractional Laser Resurfacing
Technology: Non-Ablative Fractional Diode / Micro-Beam Energy
Gentle fractional thermal micro-columns targeting early fine lines, mild textural irregularities, sun damage, and enlarged pores without peeling or overt epidermal breakdown.
Medical Laser Tattoo Removal
Technology: DEKA QS4 Multi-Wavelength Q-Switched Laser
Physician-calibrated tattoo removal utilizing short acoustic pulses to fragment professional and amateur tattoo ink deposits into microscopic particles for natural lymphatic clearance. Effective on dense black and multi-tonal pigments.
Vascular & Facial Redness Laser
Technology: Long-Pulsed 1064 nm Nd:YAG Laser
Selective photothermolysis of broken facial capillaries, telangiectasia, campbell de morgan spots (cherry angiomas), and diffuse erythema. Safely targets oxyhaemoglobin within the blood vessel to cause natural vessel closure.
Elite Clarity Acne Laser Protocols
Technology: Cynosure Elite+ Thermal Nd:YAG Deep Penetration
Specialist laser protocols targeting inflammatory acne, overactive sebaceous gland activity, and post-inflammatory erythema. Penetrates into the deep dermis to reduce bacterial colonisation and regulate sebum secretion without systemic medication.
Medical Laser Hair Removal
Technology: Dual-Wavelength Cynosure Alexandrite (755 nm) & Nd:YAG (1064 nm)
High-output medical-grade laser hair removal suitable for all phototypes (Fitzpatrick I–VI). The 755 nm Alexandrite delivers unmatched efficacy on lighter skin tones with fine-to-medium hair, while the 1064 nm Nd:YAG bypasses epidermal melanin to treat darker skin tones safely and comfortably.
The Medical Laser Difference
Why laser parameters, doctor calibration, and clinical oversight matter.
Anatomical Doctor Assessment
Every laser consult begins with a medical diagnostic evaluation of your skin phototype, scarring depth, dermal elasticity, and tissue healing capacity before setting laser fluences.
Clinical Pain Management
Unlike standard clinics restricted to mild over-the-counter creams, Dr Brad provides prescription-grade topical anaesthesia and full regional facial nerve blocks for deep ablative procedures.
Medical-Grade Platforms
We operate genuine Class 4 medical laser devices manufactured by DEKA, Cynosure, and Palomar, avoiding underpowered cosmetic IPL machines to ensure predictable, reproducible clinical results.
Consult with Dr Brad
Available for in-person consultations in Bristol and UK-wide virtual assessments.