ClearLight is the first medical device designed to significantly clear inflammatory acne lesions in four weeks- without side effects.

Traditional acne treatments have various side effects. Topical therapies often cause redness, irritation, and/or peeling. Oral therapies may have even more side effects. Both require at least 3 months of continuous treatment- with conditions often worsening before they improve. With both, scarring remains an issue.

Our patients want visible results with minimal effort. Applied in eight treatments over four weeks, the ClearLight system produces excellent results.

• Simple, rapid treatments means no downtime- an important consideration for active young adults.
• Suitable for all body areas, including large areas and the sensitive beard area.

A unique new therapeutic light effectively clears moderate inflammatory acne lesions in four weeks- with no side effects. ClearLight™ uses Acne PhotoClearing™ (APC™) technology to destroy propionibacterium acnes (P. acnes) within the skin, quickly and easily. There is no irritation and no exposure to antibiotics. Our patients enjoy dramatically clearer skin; you enjoy increased patient satisfaction.

ClearLight. Simply the best acne therapy available.

• Innovative new technology: Unique light-based APC technology precisely targets and destroys surface and ductal P. acnes.
• Non-systemic drug-free treatment
• No side effects, no pain and no downtime
• High patient throughput: Rapid 15-minute treatments can be administered by staff.
• Short treatment regimen: Eight treatments over four weeks to achieve impressive results.

APC technology uses high-intensity, 405-420nm wavelength light, which permeates the tissue to reach the P. acnes target safely and effectively.

This unique spectrum of high-intensity light triggers the proliferation of endogenic porphyrins, which attack and destroy P. acnes bacteria within the skin.

ClearLight creates a destruction rate that surpasses the normal proliferation rate, assuring a significant decrease in P. acnes bacteria.