𝗖𝗲𝗹𝗹𝗶𝗻𝗲𝘄 犀利電波｜新Q波

Cellinew is a leading brand of RF medical equipment from Korea. VioL Medical 『Youth Ambassador Sun Suk-Mei RecommendsKOSDAQ-listed, founded in 2009, its star product lines include Sylfirm X RF Microneedle, Cellinew Unipolar Radio, DUOTITE HIFU, and so on.

There are three major clinical bottlenecks facing the mainstream radio wave therapy program in the long term:High unit cost of treatments(Limit treatment frequency),High treatment pain(affects willingness to return to the clinic and word-of-mouth referrals),Long waiting period for effect(The sense of waiting makes patients question the value of the treatment). When treatments are not delivered frequently enough, there is a window of opportunity to fight aging, and the return on investment is greatly diminished.

Cellinew's design philosophy is to fill this window ¡V to build a sustainable, high-frequency, and high-satisfaction anti-aging strategy based on the three core principles of ¡§extreme efficiency, precise customization, and high safety¡¨.

Cellinew uses 6.78 MHz unipolar waves, which work in three successive phases:

Phase I: Radio Energy Transfer When the energy is transferred to the skin, the electronic polarity is rapidly reversed millions of times per second, causing tissue vibration and high-speed friction of electrically charged ions in the tissue to generate heat.

Phase II: Tissue Thermogenesis As the current passes through the body, the impedance of the tissue to the electronic vibrations generates heat at temperatures of up to 40-60°C. This temperature range is critical for initiating the mechanisms of collagen repair - moderate thermal damage induces wound healing mechanisms that drive collagen regeneration and tissue rebuilding.

Stage 3: Wound Healing Mechanisms Tissue denaturation occurs when the tissue is subjected to heat, which in turn triggers the body's wound healing response, stimulating collagen renewal and tissue remodeling. Pre-clinical histological section analysis showed that on the 15th day after surgery, fibroblasts were significantly activated, ECM (extracellular matrix) was activated, and collagen regeneration and elastin remodeling were initiated; on the 30th day after surgery, the tissues were tighter, and the collagen fiber bundles were thicker and more densely packed, with a comprehensive improvement in skin elasticity and structural strength.

1. 6.78MHz precision energy control frequency

The key to 6.78MHz is not just the frequency, but the precision control. Radio waves are only heaters if their energy is not used efficiently by the tissues. The real key to Cellinew's sharp waves is to "utilize every shot of energy efficiently" - by creating a thermal gradient through cooling interventions and directing the energy precisely into the deep tissues:

• Cooling Intervention: Temperature of the epidermis decreases due to cooling, impedance increases and conductivity decreases.
• Energy Guidance: The dermis with relatively higher temperature has lower impedance and higher conductivity, and energy flows automatically from the epidermis to the dermis with lower impedance.
• deep-seated interaction: The dermis receives enough effective energy to activate the collagen renewal mechanism.

For every 1°C rise in skin temperature, the impedance drops by 2%, increasing the depth of energy transfer - Sharp Radio utilizes this law to direct energy to the dermis by cooling in the initial phase of the treatment, continuing to drop the impedance to allow for a deeper transfer of energy as heat accumulates in the middle phase, and then establishing a stable thermal environment in the latter phase to stimulate the renewal of collagen with maximum efficiency.

2. Auto Fit dynamic impedance compensation technology

This is the core soul of Sharp Radio. Auto Fit Dynamic Impedance Compensation is the answer to the problem of overheating and under-energizing of the skin:

• Real-time detection of impedance fluctuations: Impedance value is checked before each shot and skin resistance is precisely sensed.
• Automatic regulation of output energyAutomatic adjustment within a safe and effective range, with the energy setting automatically adjusted downward to prevent overheating when it is higher than the skin needs, and upward to ensure effective heat accumulation when it is lower than the skin needs.
• Safe and efficient: The therapeutic effect does not depend on the set value, but on the cumulative heat energy that is eventually absorbed by the tissue.

The impedance value varies significantly from person to person and from area to area (e.g. forehead 282Ω, zygomatic arch 236Ω), and a fixed energy output cannot ensure consistent and effective heat accumulation in each area. Only dynamic compensation can truly guarantee the quality of treatment for each hair.

3. High-efficiency burst mode (0.1 second burst interval)

• Strike intervals can be as short as 0.1 sec.The output is a high-frequency continuous pulse output.
• The full face treatment takes only 15 minutes to complete(900 rounds of CF40 face probe)
• Shorter firing intervals result in higher thermal energy accumulation efficiency, shortest time to establish a stable thermal environment, amplifying the therapeutic effect.
• Ideal as a pre-warm-up to mainstream radio waves (Phoenix Wave, etc.) to increase the immediate effect and prolong the therapeutic effect.
• Improve clinic turnover rates and physician efficiency.

4. adjustable cooling pulse system

• Maximum refrigerant spraying time 30msCustomizable
• Three modes of clinical utilization:
  • Pain-sensitive groups: prolongs cooling time, reduces discomfort and improves treatment acceptance
  • Standard Treatment: Standardized cooling time, balancing comfort and efficiency
  • Efficiency Priority Model: Shorter cooling time for faster treatment completion
• Sharp radio waves monitor the internal cooling system in real time to ensure stable refrigerant output.

Clinical Data

Preclinical histologic sectioning studies

The original manufacturer used a pig skin model in a preclinical study at CRONEX to evaluate the effectiveness and safety of Cellinew's collagen enhancement and to compare it to another MRF machine with the same power output:

• Leather Layer Thickness Enhancement: The thickness of the dermal layer at 30 days after Cellinew surgery was increased from 2.172mm upgraded to 2.608mmAverage increase +20%
• Comparison of similar equipment: Control group only improved +10.41 TP3T over the same period (2.355mm → 2.599mm)
• Rate of increase in collagen: Cellinew Collagen increase rate is high +31.6%Outperforms similar equipment 24.8%
• Organizational Learning Validation: Fibroblasts are significantly activated on the 15th day after surgery, collagen fiber bundles are thicker and denser on the 30th day, and the elasticity and structural strength of the skin are enhanced.

Conclusion: Even at the same energy output, Cellinew outperforms similar devices in terms of collagen production, effectively maximizing collagen production with gentle stimulation, which is clinically expected to improve skin elasticity.

Two probe specifications