Sciton - Model HALO -Hybrid Fractional Laser Handpieces

Give patients of all skin types a remarkable glow with HALO.

Patients across the globe have coined the phrase “HALO glow” to describe their flawless complexion after treatment—and it’s one reason why HALO continues to be one of Sciton’s most popular modalities.

But that’s not all.

Simultaneously delivering a non-ablative 1470 nm and an ablative 2490 nm wavelength to the same microscopic treatment zone, HALO delivers an unmatched improvement in the appearance of aging skin. It’s powerful, easy-to-use technology delivers consistent and precise results every time.

Learn more about HALO on the JOULE^® platform today.

Achieve remarkable patient outcomes and increased practice revenue with Sciton’s award-winning technology.

Intelligent Energy Delivery
The HALO handpiece includes proprietary skin mapping and measuring software for the device to understand and deliver precise heat delivery.

Measurable Velocity
An optical navigation system captures the motion of the handpiece to synchronize pulse delivery with treatment speed. Instantly, an LED Visual Speedometer provides both visual and audible feedback to ensure optimal velocity for the best outcomes.

Precise, Adjustable Beam Placement
Tune the size (15mm, 7mm, or 4mm) and position (left or right) to deliver laser energy to specific areas, including distinct edges and linear scars.

Dynamic Thermal Optimization
Dynamic Thermal Optimization automatically adjusts the power of each individual 1470nm pulse based on the temperature of the patient’s skin. This feature makes HALO the most precise, safe, comfortable, and consistent non-ablative technology on the market.

Intelligent Energy Delivery
The HALO handpiece includes proprietary skin mapping and measuring software for the device to understand and deliver precise heat delivery.

Measurable Velocity
An optical navigation system captures the motion of the handpiece to synchronize pulse delivery with treatment speed. Instantly, an LED Visual Speedometer provides both visual and audible feedback to ensure optimal velocity for the best outcomes.

Precise, Adjustable Beam Placement
Tune the size (15mm, 7mm, or 4mm) and position (left or right) to deliver laser energy to specific areas, including distinct edges and linear scars.

Dynamic Thermal Optimization
Dynamic Thermal Optimization automatically adjusts the power of each individual 1470nm pulse based on the temperature of the patient’s skin. This feature makes HALO the most precise, safe, comfortable, and consistent non-ablative technology on the market.

Technology
HALO offers several unique proprietary technologies, including:

The 2940 nm wavelength of HALO targets the epidermis (or top layer of the skin) and is tunable from 20μm to 100μm to precisely vaporize tissue in a controlled manner to address textural issues and pore size.

The 1470 nm wavelength of HALO targets the dermis is tunable from 250μm to 700μm to address deeper sun damage, stimulate collagenesis, and remove other dermal pigmentary issues.

Each wavelength can be tuned independently for precise coverage and depth.

01. Overview
HALO combines ablative & non-ablative wavelengths to address multiple levels of skin concerns in one efficient treatment.

02. Targeted Wavelengths
Ablative wavelengths target and treat the skin for surface-level conditions such as textural issues and pore size. By creating small thermal injuries in the skin, this kickstarts production of new, healthy skin for visible results in a short period of time.

03. Effective Results
The non-ablative wavelength targets deeper sun damage and other dermal pigmentary issues. Together, these wavelengths provide both short-term results and long-term benefits to a wide variety of patients.

Together, these wavelengths provide both short-term results and long-term benefits to a wide variety of patients.

Patients treated with HALO experience an improvement frequently referred to as “the HALO Glow.”

Remarkable results are often achieved in a single treatment, while older, non-hybrid technologies typically require 5 to 6 treatments to demonstrate similar results.

Only a topical anesthetic is recommended (no nerve blocks), and patients can resume normal activity within 24 hours after treatment.