- +86 136 8127 5833
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- Shunyi, Beijing, China
Explore our flagship medical-grade lasers engineered with imported RF generators, optical scanner handpieces, and ISO 13485 manufacturing integrity.
Understanding the biophysical interactions, laser cavity excitation methodologies, and thermal energy distribution parameters required for predictable collagen remodeling and tissue ablation.
The medical carbon dioxide (CO2) laser operates at an invisible far-infrared wavelength of 10,600 nanometers, targeting intra- and extracellular water as its primary chromophore. Upon absorption, photonic energy converts rapidly to thermal energy, raising intracellular water temperatures above boiling point ($100^\circ\text{C}$) in microseconds, producing precise volumetric vaporisation of epidermal and dermal structures.
Unlike continuous-wave systems that cause extensive collateral zone necrosis, modern Medical Fractional CO2 Laser Machines employ Microscopic Thermal Zones (MTZs). By delivering micro-beams arranged in customizable geometric lattices, columns of tissue undergo ablative destruction surrounded by completely intact reservoir zones of un-irradiated parenchyma.
A critical engineering differentiator in medical CO2 procurement is the laser generator technology. Traditional aesthetic devices rely on Direct Current (DC) excited glass tubes. Professional clinical systems engineered for hospital and surgical-grade operations utilize Radio-Frequency (RF) Metal Tubes (e.g., US-manufactured metal RF cavities).
RF excitation uses high-frequency electromagnetic energy to ionize the gas mixture ($\text{CO}_2:\text{N}_2:\text{He}$), allowing switching speeds under $100\,\mu\text{s}$. This eliminates trailing thermal tails that cause hyperpigmentation, erythema, and prolonged downtime.
Rigorous engineering evaluation parameters for hospital procurement officers, dermatologists, and equipment importers.
| Performance Specification | SANO Medical RF Metal Tube CO2 Platform | Standard Glass Tube System (DC) | Clinical & Enterprise Advantage |
|---|---|---|---|
| Laser Generator Cavity | Sealed RF Metal Tube (US Coherent / Coherent RF) | Water-cooled Glass Vacuum Tube | Instantaneous pulse rise time; zero thermal tailinging. |
| Pulse Duration Range | 0.01 ms – 10 ms (Ultra-Pulse & Super-Pulse) | 1.0 ms – 100 ms (Long Pulse Only) | Ultra-pulse preserves surrounding tissues, preventing post-inflammatory hyperpigmentation (PIH). |
| Focal Micro-Spot Diameter | 80 μm – 120 μm Precision Beam | 300 μm – 500 μm Diffuse Spot | Deeper dermal penetration with lower overall energy expenditureing. |
| Galvanometer Scanning Speed | Up to 10 m/s with High-Speed German Motors | Basic Mechanical Stepper Motor (< 2 m/s) | Treats full face in under 15 minutes with complete pattern coverage uniformities. |
| Scan Patterns & Modes | 7 Patterns (Square, Circle, Ellipse, Hexagon, Line, etc.) + Fractional/Surgical/Vaginal | 2–3 Basic Geometries | Tailors treatments precisely to lesion contours and body geometry profiles. |
| Rated Generator Lifespan | 50,000+ Operational Hours (7–10 Years) | 1,000 – 2,000 Operational Hours (6-12 Months) | Significantly lower Total Cost of Ownership (TCO) & zero gas-refill downtime. |
How our integrated medical laser systems serve specialized clinical workflows across dermatology, plastic surgery, and gynaecology.
For severe acne scarring (ice-pick, boxcar, rolling scars), surgical incisional scars, and hypertrophic burn contractures, the fractional CO2 platform penetrates deep into the reticular dermis.
By executing Deep Fractional Ablation combined with stacked micro-pulses, rigid cross-linked Type III collagen bundle fibers are mechanically disrupted, stimulating orderly synthesis of native Type I collagen.
Equipped with continuous wave (CW) and super-pulse handpieces ($50\,\text{W} - 70\,\text{W}$ peak power), our CO2 platforms act as precise light scalpel instruments.
Achieves simultaneous intra-operative coagulation of small blood vessels ($\le 0.5\,\text{mm}$), offering clear visual fields during blepharoplasty, rhinophyma excision, syringoma vaporization, and minor dermatological resections.
Utilizing a specialized $360^\circ$ holographic reflex probe, micro-pulses deliver controlled thermal energy to vaginal mucosal walls, tightening collagen fibers and tightening sub-mucosa.
Restores glycogen secretion, enhances vaginal elasticity, treats Stress Urinary Incontinence (SUI), and resolves GSM (Genitourinary Syndrome of Menopause) without hormonal risks.
Helping brand owners, regional importers, and hospital networks scale their aesthetic tech portfolios with low risk and maximum compliance.
Global procurement teams demand component traceable manufacturing. As a direct manufacturer headquartered in Beijing's Shunyi Industrial Zone, SANO Laser ensures complete supply chain transparency:
For medical brand holders seeking custom platforms, our R&D center provides complete end-to-end device development:
Ensuring continuous uptime, operational safety, and smooth regulatory clearing across international jurisdictions.
Our manufacturing plant operates strictly under ISO 13485 Medical Devices Quality Management System standards. Every CO2 laser unit undergoes 72 hours of continuous output power burn-in testing and optical alignment verification prior to export boxing.
We provide full technical documentation to assist regional partners in satisfying strict regulatory protocols including Medical CE (EU MDR 2017/745), US FDA 510(k) file pathways, and local Health Canada or ANVISA registration guidelines.
With integrated modular architecture, online engineering support allows fast component-level diagnostics via log analysis. Modular swap-and-replace component design ensures zero clinical calendar disruption for doctors.
Pioneering tomorrow's laser medicine through intelligent thermal sensing and hybrid photothermolysis.
Next-iteration SANO CO2 laser handpieces incorporate high-speed optical coherence sensors that assess epidermo-dermal thickness and hydration dynamics dynamically during beam movement. The system adjusts micro-pulse energy instantly, matching dermal depth targets automatically without manual calculations.
Combining non-ablative Erbium-Glass (1540nm) coagulation with ablative CO2 (10,600nm) vaporisation in a single optical pass. This hybrid delivery strategy delivers dramatic structural skin tightening while maintaining epidermal integrity, eliminating standard ablative downtime altogether.
Answers to complex clinical, financial, and manufacturing queries submitted by clinical practitioners and equipment importers.
RF Metal Tubes offer a significantly shorter pulse rise/fall time ($<100\,\mu\text{s}$), producing clean micro-ablation without residual thermal tails. This prevents PIH (post-inflammatory hyperpigmentation) on Fitzpatrick Type III-V skin. Furthermore, RF tubes are air-cooled, sealed metal structures with a 50,000+ hour operational lifespan, whereas glass DC tubes require water cooling and degrade within 1,000–2,000 hours.
By utilizing Ultra-Pulse mode with high peak power and micro-second pulse durations, energy is deposited faster than the Thermal Relaxation Time (TRT) of epidermal melanosomes. Operators select smaller density coverage ($5\%-10\%$) and enable stacking modes to achieve deep dermal scar ablation while leaving large intact epidermal bridges to prevent pigmentary complications.
Standard unit orders have an MOQ of 1 machine. Custom OEM branding (logo insertion on housing, software interface branding, customized packaging) begins at 5 units. Full ODM custom chassis design and proprietary mold engineering start at negotiable order volumes supported by our dedicated design team.
Every system includes a standard 2-year factory warranty covering core laser components and electronics. We offer 24/7 technical hotline access, remote diagnostic connectivity, free software upgrades, and emergency spare part dispatch within 48 hours worldwide.
Because RF metal tube systems require no costly single-use treatment tips or consumables, operational margin per patient treatment approaches $95\%$. With an average clinic patient fee of $500–$1,500 per session, clinical practitioners typically amortize the machine acquisition cost within 15 to 30 patient protocols.
Explore our full line of picosecond lasers, skin chillers, vascular diode platforms, and EMS sculpting devices.
