Medical-grade dual-wavelength (755nm & 1064nm) long-pulse laser workstation for non-ablative deep collagen remodeling, vascular lesion clearance, and all-skin-type hair reduction.
Product Overview
Key Features
Dual-Wavelength 755nm & 1064nm System
5D Volumetric Dermal Collagen Remodeling
0.25–100ms Adjustable Long Pulse Width
Precision Vascular & Telangiectasia Clearance
Integrated High-Flow Contact & Air Cooling
Applications
Vascular & Spider Veins
Deep Collagen Lifting
All-Skin Hair Reduction
Pigment Spot Clearance
Technical parameter
| Technology | Dual-Wavelength Long Pulse Laser | Model Number | 5D Collagen Laser Series |
| Wavelengths | 1064nm Nd:YAG & 755nm Alexandrite | Display Screen | 12.4-Inch HD Touch Screen |
| Pulse Width | 0.25 ms – 100 ms (Adjustable) | Spot Sizes | 6mm, 8mm, 10mm, 12mm, 15mm |
| Energy Fluence | Up to 100 J/cm² Max Output | Repetition Rate | 0.5 Hz – 10 Hz (Adjustable) |
| Cooling System | Continuous Air & Contact Cooling | Target Chromophores | Hemoglobin, Melanin & Water |
| Input Voltage | AC 110V / 220V, 50-60Hz | Machine Power | 3000 W High Output Power |
| After-Sales Service | Online Video & Technical Support | Applicable Skin | Fitzpatrick Skin Types I–VI |
| Warranty | 1 Year |
Packaging and Delivery
| Selling Units | Single Item | Single Package Size | 65 × 60 × 125 cm |
| Single Gross Weight | 75.0 kg | Lead Time | 1–10 Sets: 30 Days |
Product Introduction
The 5D Collagen Long-Pulse Laser System is a premier dual-wavelength medical laser workstation engineered for dermatology departments, aesthetic clinics, and medical spas. Integrating long-pulse 1064nm Nd:YAG and 755nm Alexandrite laser technologies in a single high-output chassis, the system delivers exceptional clinical versatility across deep collagen lifting, vascular lesion coagulation, and safe hair removal for all Fitzpatrick skin types (I–VI). By utilizing precise millisecond pulse durations, the 5D Collagen Laser generates deep volumetric heating throughout the reticular dermis to trigger robust neocollagenesis while simultaneously collapsing unsightly spider veins and telangiectasias—all without epidermal ablation, bruising, or post-treatment downtime.
Technology Principle
Operating on the principle of Selective Photothermolysis with Extended Thermal Relaxation Time (TRT), the system matches pulse durations (0.25–100ms) to the thermal dynamics of target chromophores. The 1064nm wavelength penetrates up to 5–6mm into the deep dermis, where it is preferentially absorbed by intravascular oxyhemoglobin to photothermally coagulate dilated micro-vessels and telangiectasias. Concurrently, controlled bulk photothermal heating (55°C–65°C) within the extracellular matrix stimulates dermal fibroblasts, initiating extensive synthesis of Type I and Type III collagen and elastin fibers. Meanwhile, the 755nm wavelength delivers peak melanin absorption to effectively clear epidermal pigmented spots and thermally disable hair follicles.
Technical Advantage
- 1064nm Long-Pulse Deep Dermal Collagen Rejuvenation: Deep penetrating infrared photons generate volumetric photothermal heating in the deep dermis, triggering extensive neocollagenesis, tightening facial skin laxity, and smoothing fine lines without epidermal disruption.
- Precision Vascular Coagulation & Telangiectasia Clearance: Selectively targets intravascular oxyhemoglobin to gently coagulate and collapse facial spider veins, facial telangiectasia, diffuse erythema, and leg reticular veins.
- Safe All-Skin-Type Hair Reduction (Fitzpatrick I–VI): Low melanin absorption of the 1064nm wavelength bypasses epidermal melanin, safely heating deep hair follicles in darker skin tones (types IV–VI) with minimized hyperpigmentation risk.
- 755nm Alexandrite Pigment Clearance & Fine Hair Reduction: High melanin absorption peak specifically clears epidermal sun spots, age spots, and freckles while effectively targeting fine, light-colored hair follicles.
Advantages
Dual-wavelength synergy (755nm + 1064nm) covering vascular, collagen & hair care
Non-ablative 5D volumetric heating delivering visible skin tightening with zero downtime
Wide 0.25–100ms adjustable pulse width matching micro-vessels and deep follicles
Gold-standard safety profile for hair removal on dark skin (Fitzpatrick IV–VI)
Integrated high-performance cooling system ensuring continuous patient comfort
Heavy-duty 3000W solid-state power supply guaranteeing energy stability and high ROI
Treatment Effects
Noticeable clearance of facial spider veins, diffuse redness, and telangiectasias
Visible firming of skin laxity with tightened mandibular jawline and refined pores
Long-lasting hair reduction across all skin tones, including dark and tanned skin
Even, luminous skin tone with cleared epidermal sun spots and restored radiance
FAQ
The 1064nm long-pulse laser penetrates deeply into the reticular dermis without absorbing heavily in epidermal melanin. Volumetric heating raises dermal temperature to 55°C–65°C, triggering immediate collagen contraction and stimulating fibroblasts to produce new collagen and elastin.
The 1064nm wavelength is selectively absorbed by oxyhemoglobin within red blood cells. The laser energy converts into heat, causing the vessel walls to collapse and seal. The body then naturally resorbs the coagulated vessel fragments over 2 to 4 weeks.
Because 1064nm has a lower absorption coefficient in epidermal melanin than shorter wavelengths, energy bypasses dark skin surfaces safely to target the deep hair bulb, substantially minimizing the risk of burns and post-inflammatory hyperpigmentation (PIH) on Fitzpatrick IV–VI skin.
Treatments are well tolerated with minimal discomfort. Integrated contact and continuous cold air cooling soothe the epidermis during laser pulses. Patients experience mild temporary erythema that resolves within hours, requiring zero social downtime.
For vascular lesions, 1 to 3 sessions usually achieve significant vessel clearance. For collagen rejuvenation and skin tightening, a standard protocol of 3 to 5 sessions spaced 3 to 4 weeks apart produces long-lasting lifting and textural improvements.
