CO2 laser UltraPixel

dermatologyaesthetic medicinetrolley-mounted

Product Overview
Professional-grade fractional CO2 laser workstation for advanced skin resurfacing, scar revision and optional non-surgical vaginal rejuvenation. The UltraPixel uses 10,600 nm CO2 energy to ablate damaged epidermal layers and deliver fractional microcolumns that stimulate dermal collagen remodelling while limiting surrounding thermal injury. Intended for dermatology and medical aesthetic clinics seeking a multifunctional device with controlled downtime (typically 5–7 days depending on protocol).

Key Advantages

• Medical-grade precision with ultra-short pulse widths to maximise clinical efficacy and reduce collateral thermal damage.
• Dual-mode operation: fractional resurfacing and surgical cutting in a single platform for procedural versatility.
• High clinical versatility and cost-effectiveness: configurable to address 10+ indications common in aesthetic practice.
• Multiple power configurations (30W/40W/50W) with a higher-power option referenced (70W) for deeper or faster ablation where indicated.

Core Technology and Operation
The system operates at 10,600 nm using fractional scanning to deliver microablative columns and thermal stimulation. Available modes include fractional scanning patterns and specialised gynaecological/vaginal modules (optional). Ultra-Pulse style operation reduces downtime and allows protocol adjustment for pixel energy, density and scan area to match clinical requirements.

Clinical Applications

• Acne scar revision — deep dermal remodelling to flatten atrophic scars.
• Skin rejuvenation — reduction of fine lines, wrinkles and pore size, and improvement in skin texture.
• Pigmentation correction — targeted treatment of solar damage and age spots.
• Vaginal rejuvenation (optional) — non-surgical tightening and mucosal restoration using a dedicated Gynae-head module.
• Surgical cutting — precise excision of lesions such as moles, warts and skin tags with minimal bleeding.

Support and Certification
Manufactured to ISO 13485 quality system standards. Vendor documentation references CE/FDA approvals in marketing materials; training resources (user manual, operation videos, clinical training) are provided to support safe use and protocol adoption. Typical post-treatment downtime is approximately 5–7 days depending on settings and patient healing response.

Technical Specifications

• Wavelength: 10,600 nm
• System: Glass tube or metal RF type fractional CO2 laser
• Modes: Fractional / Gynae / Pulse / Vulva / Dynamic Fractional / Curve
• Max. Power: 30W / 40W / 50W (70W option referenced in marketing)
• Pixel Energy: 5–300 mJ
• Scan Area: 1x1–20x20 mm
• Density: 0.1–2.0 mm; Overlap: 1–20
• Laser Shape: Square, Rectangle, Triangle, Circle beam
• Pattern: Standard, Alternate, Random, Scatter
• Electrical: 100–240V, 50/60Hz
• Dimensions: 570(W) x 940(L) x 1210(H) mm
• Weight: 40 kg (Max. 50 kg)