- +86 136 8127 5833
- [email protected]
- Shunyi, Beijing, China
Direct factory engineered systems optimized for high-throughput clinical environments, medical spas, and dermatological surgery suites worldwide.
Modern dermatological laser treatments—ranging from high-power 808nm diode laser hair reduction to fractional CO2 skin resurfacing and 1064nm Nd:YAG vascular therapy—generate substantial localized thermal energy within the target cutaneous tissue. Without optimized epicutaneous thermal control, patients face heightened risks of epidermal thermal injury, pain, dyschromia, and post-inflammatory hyperpigmentation (PIH).
Unlike contact cooling plates (which compress target tissue and restrict dermal blood flow) or cryogen sprays (which incur high per-shot consumable costs), the Cryo 5 Cold Air Chiller Device utilizes a continuous closed-loop compressor circuit to project sub-zero air (-30°C to -40°C) directly onto the treatment area before, during, and after laser energy delivery. This non-contact mechanism preserves thermal relaxation times (TRT) while mitigating pain without interferences to laser spot beam geometry.
Engineered with high-capacity variable speed compressors, delivering stable output without thermal decay even during 12-hour continuous clinic operational shifts.
Reduces surface skin temperature up to 60% faster than passive room air or chilled gels, permitting practitioners to safely scale laser fluences for optimized clinical endpoints.
Modular handpiece attachments enable hands-free laser housing mounting, aligning cold air flow parallel to diode laser and picosecond light paths.
The medical aesthetic device sector is witnessing an accelerated migration away from contact cooling methods towards forced ambient cold air systems. Driven by stringent sanitary expectations, patient comfort demands, and operational efficiency, Cryo 5 technology has established itself as the clinical gold standard.
When global clinic chains, hospital procurement boards, and aesthetic equipment distributors select a Cryo 5 cold air chiller manufacturer, technical evaluation extends beyond purchase price to encompass Total Cost of Ownership (TCO), acoustic profile, regulatory compliance, and thermal recovery speed.
| Evaluation Parameter | Standard Market Chiller | SANO Cryo 5 Industrial Spec | Clinical Advantage |
|---|---|---|---|
| Airflow Output Temperature | -15°C to -25°C | -30°C to -40°C Continuous | Faster skin thermal dissipation, enabling higher fluence protocols safely. |
| Air Volume Control | 3-5 Speed Steps | 9-Speed Micro-Adjust Fan | Tailors airflow force for sensitive facial zones vs. body hair removal. |
| Compressor Architecture | Single Stage Commercial | Heavy-Duty Hermetic Rotary | 24/7 duty cycle endurance without compressor freeze-over or shutdown. |
| Acoustic Emission (dB) | > 75 dB (Noisy) | < 62 dB Silent-Tech Muffler | Maintains a calm, premium atmosphere within luxury aesthetic clinics. |
| Defrost System | Manual Shutdown Required | Auto Hot-Gas Bypass Defrost | Zero downtime for defrosting during high-density patient appointment lists. |
| Regulatory Standards | Basic LVD Certification | CE Medical / ISO 13485 / EMC | Streamlines local registration and import clearance across EU, US, and APAC. |
The Cryo 5 Cold Air Chiller is not a standalone accessory—it functions as a core synergistic force multiplier across all major light and energy-based medical platforms in modern clinics.
When operating high-frequency (10Hz In-Motion) diode lasers, epicutaneous heat accumulation can cause patient discomfort. Combining forced cold air with handpiece contact sapphire prevents epidermal thermal stacking, enabling painless fast-mode epilation on dark skin phototypes (Fitzpatrick IV-VI).
Ablative laser micro-beams create micro-thermal zones (MTZs) that radiate extreme surface heat. Directing sub-zero air during scar resurfacing or facial rejuvenation rapidly shrinks thermal diffusion margins, reducing post-procedure erythema duration from days to hours.
Vascular target heating (hemoglobin coagulation) requires high pulse energy. Continuous cold air numbs the surrounding tissue without vasoconstriction of the target superficial vessels, allowing precise leg vein and telangiectasia treatment with reduced pain.
Navigating global healthcare equipment regulations requires a manufacturing partner with proven compliance infrastructure, complete technical documentation, and agile OEM/ODM customization capability.
SANO supplies complete CE Medical Technical Files, EU MDR safety documentation, Electromagnetic Compatibility (EMC) test reports, and Low Voltage Directive (LVD) safety certifications to facilitate seamless customs clearance and regional medical board registration.
Built with universal dual-frequency transformers supporting 110V/60Hz (North America) and 220V/50Hz (Europe/Asia/LATAM) grid configurations with region-specific medical-grade grounded power cabling.
As an engineer-led aesthetic equipment manufacturer in Beijing, SANO continues to pioneer next-generation cryogenic solutions. Our 2026-2030 technology roadmap targets intelligent bio-feedback integration and sustainable green refrigerants.
Integrating real-time infrared epidermal camera sensors into the Cryo 5 air nozzle. The system dynamically scales airflow CFM based on live target skin temperature readings, preventing micro-frostbite or under-cooling automatically.
Transitioning all cold air chiller production loops to ultra-low Global Warming Potential (GWP) R290 propane refrigerants, complying ahead of time with strict European F-gas phase-down mandates.
Embedded Wi-Fi diagnostics modules stream compressor duty metrics and filter status directly to distributor service centers for proactive, zero-downtime maintenance schedules.
Detailed technical and operational answers compiled by SANO senior biomedical engineers and clinical application specialists.
The Cryo 5 filters atmospheric room air, compresses it through a hermetic sub-zero refrigeration loop, and propels a continuous stream of chilled air (-30°C to -40°C) through a flexible hose directly onto the skin. This non-contact thermal barrier neutralizes surface heat generated by laser photon absorption before it damages non-target epidermal structures.
Unlike contact sapphire plates, forced cold air does not compress cutaneous capillaries, preserving normal tissue geometry and blood flow absorption dynamics. Unlike liquid cryogen sprays, cold air incurs zero per-shot consumable cost, eliminates chemical environmental emissions, and provides continuous pre-, parallel-, and post-cooling without interferences to laser optics.
Yes. SANO Cryo 5 systems ship with universal hands-free laser handpiece adapter kits. These light-weight custom brackets clamp onto virtually any diode laser, picosecond, Q-switched, or CO2 scanner handpiece, positioning the cold air nozzle directly parallel to the emitted laser beam focus point.
Maintenance is minimal: clean the washable intake air filter once per week to ensure unrestricted airflow volume, and inspect the condensation drainage reservoir monthly. SANO models feature automatic hot-gas defrost algorithms that prevent internal heat exchanger icing, ensuring maintenance-free daily operation.
SANO provides comprehensive OEM/ODM solutions, including custom chassis color matching, metal casing branding, corporate logo silk-screening, custom software UI language localization, customized airflow hose lengths, and tailored outer shipping packaging for bulk distributor orders.
Expand your clinic portfolio with our CE-certified aesthetic systems engineered for reliability, high return on investment, and superior clinical outcomes.
