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- Shunyi, Beijing, China
Explore our certified range of clinical aesthetic platforms and epidermal cooling systems engineered for OEM/ODM global deployment:
In modern dermatological and cosmetic energy-based treatments (EBTs), thermal management of the epidermis represents the primary determinant between clinical efficacy and adverse events. As energy fluences in 808nm diode lasers, picosecond platforms, fractional CO2 lasers, and IPL/DPL systems scale upward to deliver faster targeted cellular destruction, the thermal relaxation time (TRT) of non-targeted epidermal tissue is frequently breached. Without localized dynamic thermal protection, patients face heightened risks of thermal erythema, blistering, dyschromia, post-inflammatory hyperpigmentation (PIH), and severe procedural discomfort.
Traditional cooling mechanisms—such as chilled sapphire contact tips, static ice packs, or liquid cryogen sprays—exhibit intrinsic operational limitations. Sapphire contact cooling requires continuous physical contact, which degrades during rapid scanning or over irregular anatomical contours, and accumulates transient skin oils that distort optical beam pathways. Cryogen sprays provide instantaneous evaporative cooling but introduce significant consumable overhead, high chemical footprint, and risks of cryo-burns if pulse timing fails.
As a premier OEM cryo skin cooling system machine manufacturer, Beijing Sano Laser Development S&T Co., Ltd. builds hardware engineered around industrial-grade thermodynamic compression heat exchangers. Unlike budget Peltier thermo-electric modules that degrade under continuous duty, our ICOOL series utilizes a high-efficiency closed-loop refrigeration compressor paired with high-velocity air displacement turbines.
Utilizes eco-friendly R134a/R404a industrial refrigerants managed by precision electronic expansion valves. Achieves rapid sub-zero pull-down times (ambient to -30°C within 5 minutes) and maintains uninterrupted thermal stability over 12-hour continuous clinic operational schedules.
Atmospheric air ingested into the chassis undergoes dual particulate filtering and internal moisture-condensation trapping. This eliminates ice particle projection or localized frost formation on patient skin, ensuring clean, optical-grade cold air delivery.
Equipped with flexible, thermal-insulated articulated delivery hoses and versatile focal nozzles. Includes specialized handpiece adapters that mount directly to 808nm laser diode heads, RF handles, or IPL scanners for synchronized operator movement.
| System Parameter | SANO OEM ICOOL-III System Standard | Generic Peltier / Standard Chiller |
|---|---|---|
| Min Emission Temperature | -35°C to -38°C (Adjustable 1-10 levels) | -10°C to -15°C (Drops under load) |
| Continuous Operating Duty | 24 Hours Continuous (Industrial Compressor) | 2-4 Hours max before thermal overload |
| Air Flow Rate Control | 10 Speeds (Up to 1500 L/min) | Fixed 2-3 basic fan speeds |
| Consumable Requirement | Zero (Ambient Air Refrigeration) | Zero, but requires frequent Peltier replacements |
| Handpiece Compatibility | Universal Laser/RF/IPL Adapters Included | Standalone hose only, requires manual holding |
The international medical aesthetics sector is undergoing rapid standard expansion. Regulatory bodies, including the US FDA, European CE, and regional health ministries, have intensified scrutiny on patient safety parameters during high-fluence photothermal procedures. Concurrently, consumer sentiment has shifted: patient retention rates in competitive MedSpa markets are directly correlated with procedural comfort metrics.
From a commercial hardware distribution standpoint, integrating a dedicated cold air cooling unit like the SANO ICOOL-III into treatment rooms yields a dramatic return on investment (ROI). By eliminating topical numbing agents (such as lidocaine/prilocaine creams), clinics reduce pre-treatment patient prep time by 30 to 45 minutes per session. This enables higher daily patient throughput, mitigates systemic toxicity risks associated with topical anesthetics, and maximizes energy deliverability without exceeding pain thresholds.
High demand for bundled equipment procurement. Distributors routinely package cryo cooling systems with high-power aesthetic lasers to meet rigorous safety protocols and pass clinical audits.
Rapid adoption driven by high density of high-power diode laser hair removal and fractional resurfacing clinics. Cold air units are prioritized for preventing PIH in darker skin phototypes (Fitzpatrick IV-VI).
SANO Laser provides complete white-label, private-label casing, UI software customization, and modular chassis designs, allowing brands to establish proprietary product lines with turn-key factory support.
The versatile architecture of the OEM cryo skin cooling system enables seamlessly targeted cooling protocols across diverse energy-based medical modalities:
Target: High-fluence 755nm / 808nm / 1064nm fast-scanning treatments.
Cryo Role: Pre-chilling and real-time thermal buffering during continuous motion in-motion techniques. Prevents epidermal overheating on sun-tanned or melanin-dense Fitzpatrick IV-VI skin.
Target: High peak-power photo-acoustic breakdown of ink particles.
Cryo Role: Rapid cold air projection numbs cutaneous nerve endings instantaneously, negating acoustic shockwave pain while dissipating epidermal heat accumulation between laser passes.
Target: Ablative micro-thermal zone (MTZ) creation for scar and wrinkle remodeling.
Cryo Role: Post-treatment immediate cooling halts residual thermal diffusion, significantly decreasing post-procedural burning sensations and reducing post-treatment downtime.
Target: Hemoglobin absorption for telangiectasia and spider vein coagulation.
Cryo Role: High fluences required for vascular closure pose thermal risk to superficial epidermal layers. Continuous forced air isolates dermal vessels, maintaining skin integrity.
Target: Broad-spectrum superficial pigment and vascular lesions.
Cryo Role: Eliminates the messy gel requirements in select protocols while mitigating broad-spectrum thermal stacking across large surface area treatments.
Target: Deep dermal collagen contraction via RF energy delivery.
Cryo Role: Chills surface tissue to preserve papillary dermis integrity during high-energy deep RF pulse emissions.
Founded in 2010 in Shunyi District, Beijing, Beijing Sano Laser Development S&T Co., Ltd. operates a state-of-the-art medical aesthetic equipment manufacturing facility. Integrating in-house industrial design, precision sheet-metal stamping, optical calibration labs, and automated electrical assembly lines, SANO stands as a trusted OEM/ODM partner for global distributors, healthcare groups, and brand owners.
Full structural customization options. Choose custom ABS injection tooling, color palettes, metallic finishes, and branded housing designs tailored to match your existing equipment suite.
Custom Android and Linux touchscreen software development. We integrate multi-language interfaces, logo boot screens, custom operational parameter presets, and telemetry remote diagnostics.
Every machine undergoes rigorous stress testing: 72-hour non-stop refrigeration endurance cycles, high-vibration transportation simulations, and electrical safety insulation audits compliant with international medical device standards.
Navigating international medical trade requires comprehensive regulatory compliance and dependable technical support infrastructure. SANO Laser provides end-to-end documentation support to streamline global market clearance:
To support our global supply network across 90+ countries, we back every equipment delivery with robust long-term commitments:
As energy-based aesthetic systems evolve toward higher power densities and automated treatment protocols, SANO Laser’s R&D desk is advancing key technological innovations in skin cooling infrastructure:
Integrating non-contact real-time pyrometers into the cold air nozzle. The cooling system continuously measures live skin surface temperature and dynamically adjusts air velocity to maintain target thermal thresholds automatically.
Transitioning to smart DC inverter compressors that modulate power consumption dynamically based on operational demand, reducing acoustic noise levels in high-end clinic environments by up to 40%.
Developing unified CAN-bus communications between the laser host machine and the ICOOL system, allowing synchronized energy pulsing and automated thermal pre-cooling cycles directly from a single master touchscreen.
Browse additional factory-direct aesthetic equipment, fat freezing platforms, and specialized vascular/pigment lasers:
Direct technical answers provided by SANO senior engineering staff regarding procurement, technical specifications, and clinical integration:
