Dermatology handpiece

aesthetic medicinelaserdirect

Overview
Deliver controlled, non-ablative fractional dermal stimulation with the 1470 nm diode laser handpiece. Designed for clinical aesthetic and dermatology settings, the handpiece creates micro-thermal zones in the dermis to promote collagen remodeling with minimal epidermal damage and reduced downtime.

Targeted Dermal Remodeling
The 1470 nm fractional handpiece delivers precise fractional energy into the dermis using the high water absorption of this wavelength. Controlled micro-thermal zones stimulate fibroblasts and initiate collagen synthesis while preserving surrounding tissue. The treatment is non-ablative, clinically suitable for improving texture, fine lines and atrophic acne scars with predictable recovery profiles.

Why 1470 nm for Fractional Skin Rejuvenation?
The 1470 nm wavelength is strongly absorbed by water in tissue, enabling targeted dermal heating and controlled thermal effect. Key outcomes include:

• Controlled dermal heating
• Stimulation of fibroblast activity
• Enhanced collagen regeneration
• Minimal epidermal damage

Fractional Micro-Thermal Stimulation
The handpiece produces a controlled fractional pattern of micro-thermal zones across the treatment area. These zones trigger the skin's repair mechanisms, leading to:

• Activation of fibroblasts
• Stimulation of collagen synthesis
• Dermal remodeling
• Gradual improvement in skin structure

Because untreated tissue remains between micro-zones, recovery is typically faster than with fully ablative procedures.

Clinical Benefits and Results
Fractional dermal stimulation with 1470 nm supports progressive clinical improvements. Common outcomes observed in practice include:

• Improved skin texture
• Reduction of fine lines
• Improvement of acne scars
• Enhanced skin elasticity
• Smoother, more even skin appearance

Why Clinics Choose the 1470 nm Fractional Handpiece

• Extend treatment portfolio with fractional skin rejuvenation for wrinkles, scars and uneven texture
• Non-ablative approach: controlled dermal stimulation with minimized surface damage
• High patient acceptance due to limited downtime
• Reliable diode platform with stable energy output, simplified system architecture and easy maintenance

Technical specifications

• Wavelength: 1470 nm
• Technology: diode fractional laser handpiece
• Treatment type: non-ablative fractional dermal stimulation
• Mechanism: creates micro-thermal zones in the dermis to stimulate fibroblasts and collagen remodeling
• Clinical indications: skin texture improvement, fine line reduction, acne scar improvement, enhanced elasticity, smoothing uneven skin
• Advantages: high water absorption at 1470 nm for precise dermal heating, minimal epidermal damage, faster recovery compared with fully ablative lasers
• Platform benefits: stable and consistent energy output; simplified system structure; easy maintenance and servicing
• Delivery pattern: controlled fractional distribution of energy producing multiple micro-thermal stimulation zones