Cryo M9 (3rd Generation Ice Gold RF Microneedling System)

Product Overview

Cryo M9 is a next-generation RF microneedling device designed for deep skin rejuvenation with maximum comfort. It combines insulated gold microneedles, dual-frequency RF energy (1MHz & 2MHz), multi-layer burst technology, and an integrated cryo cooling system to deliver effective skin remodeling while protecting the epidermis.

By synchronizing thermal stimulation and surface cooling, Cryo M9 achieves collagen regeneration, skin tightening, scar repair, and fat remodeling with reduced pain, minimal downtime, and enhanced safety.
 

 

Core Technology Principle

RF Microneedling Mechanism

The device precisely adjusts penetration depth and energy according to the treatment area. Insulated microneedles rapidly penetrate the skin and deliver high-frequency RF energy combined with mechanical stimulation, promoting collagen remodeling, skin tightening, fat reduction, and sebaceous gland regulation.

Microneedle-created microchannels also enable transdermal delivery of repair solutions and active ingredients, enhancing absorption and achieving synergistic treatment effects.

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Multi-Layer Burst Mode

An exclusive multi-layer burst mode delivers RF energy sequentially at 7 mm, 5 mm, and 3 mm depths within a single treatment, ensuring accurate and efficient energy distribution across multiple skin layers.

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Cryo Cooling Technology

An integrated cryo cooling system provides real-time epidermal cooling during RF microneedling, reducing pain, redness, and thermal damage while maintaining effective deep tissue heating for improved safety and comfort.

Key Advantages & Highlights

Cryo Epidermal Protection
Real-time cooling protects the skin surface during treatment, significantly reducing thermal injury, post-inflammatory hyperpigmentation, and scarring risk-suitable for sensitive skin.

Wide Adjustable Depth (0.5–7 mm)
Precise penetration with thermal effect up to 8 mm, targeting epidermal repair, dermal collagen stimulation, and subcutaneous fat remodeling in a single system.

Dual-Frequency RF Synergy (1MHz + 2MHz)
1MHz RF activates deep tissues, while 2MHz RF focuses on mid-dermal collagen, enabling customizable, multi-layer treatment with enhanced results.

Exclusive Multi-Layer Burst Mode
Segmented subdermal heating delivers stable, uniform energy across multiple depths in one session, improving efficacy while reducing discomfort.

Smart Visualized Operation
Intelligent system with real-time display of mode, energy output, and cooling status ensures precise, controlled, and safe operation.

Disposable Needle Cartridges
Multiple cartridge options (12P, 25P, 41P, Nano) for different treatment areas; single-use design ensures hygiene and safety.

Compact & Portable Design
Lightweight system with aviation case, easy to transport and suitable for flexible clinical use.

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Indications

Facial rejuvenation (skin laxity, fine lines, enlarged pores)

Acne scars and surgical scars

Body contouring (abdomen, thighs)

Sensitive skin management

Stretch mark improvement

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Contraindications

Pregnancy, lactation, or menstruation

Implanted electronic or metal devices (e.g., pacemakers)

Active skin infections, open wounds, or malignancies

Severe scarring tendency or coagulation disorders

Uncontrolled systemic diseases or immune suppression

Recent use of anticoagulants, isotretinoin, or chemical peels

Recent dermal fillers or botulinum toxin at treatment area

Photosensitivity, pigment disorders, or poor post-care compliance

Difference Between Cryo RF Microneedling and Traditional RF Microneedling

Comparison Item	Cryo M9 RF Microneedling	Traditional RF Microneedling
Vacuum	No vacuum	With or without vacuum
Penetration Depth	0.5–7 mm adjustable (Thermal effect up to 8 mm)	0.3–2.5 mm or 0.5–3.5 mm
RF Output	1MHz, 2MHz single frequency or 1MHz + 2MHz dual-frequency	Single frequency only (1MHz or 2MHz)
Treatment Mode	Flexible modes: • Single-layer mode • Multi-layer burst mode (multiple depths in one shot)	No multi-layer mode; single-depth treatment, repeated passes required
Epidermal Protection	Cryo cooling + insulated needles Energy emitted only at needle tips Low pain, low burn & PIH risk	Mostly non-insulated needles; No cooling, higher risk of burns, pigmentation & pain
Handpiece Motor	Imported high-torque motor Stable penetration up to 7 mm	Lower motor power Limited depth (2.5–3.5 mm)
Needle Type	Insulated gold microneedles High safety, durable, no epidermal thermal damage	Non-insulated needles Higher risk of burns, bending or breakage
Cost & Quality	Higher material cost, stable quality Safer and more consistent results	Lower cost, quality varies Higher complication risk