IVYFLY Titanium

3200W Micro-Channel True Triple Wavelength Diode Laser Hair Removal Machine

Redefine Hair Removal Technology

◆ Unveil Smooth Perfection with Micro-Channel Ivyice handle

The IVYFLY series diode hair removal device, with a powerful 3200W output, integrates premium hardware with an intelligent multi-mode interface. It offers the choice of the 808nm gold standard or the advanced triple-wavelength 755nm+808nm+1064nm. The handle’s 5 optional spot sizes and TEC skin cooling ensure a painless hair removal experience for all skin types and body areas.

This cutting-edge Micro-Channel device boasts an output power of 3200W, delivering hair removal effects and efficiency that are double that of traditional macro-channel devices. Thanks to micro-channel technology, the Ivyice handle can complete the hair removal process of a leg in just five minutes, offering clients an unprecedented experience of speed and comfort.

Treatment Effect

◆ How long to achieve permanent hair removal

To achieve optimal hair removal, 3 to 6 laser treatments are typically required. This is because hair goes through growth, resting, and shedding phases, and laser treatment mainly targets hair in the growth phase. Multiple treatments ensure all hair cycles are covered.

During the treatment process, the skin and hair will exhibit the following:

Initial Stage: At the start, the hair is exposed to laser light, which heats and deactivates the hair follicle. There may be slight redness or warmth in the treated area, but it usually subsides quickly.

Mid-Treatment: As treatments progress, hair growth slows down, becoming finer and lighter in color. Some hair may stop growing, and the growth cycles of others may be disrupted.

Late Stage: After several sessions, most hair will no longer grow, and the skin will become smoother. There might be minor pigmentation in the treated area, but it typically resolves within a few weeks.

Post-Treatment: Eventually, after sufficient sessions, permanent hair removal can be achieved. The skin should remain smooth without hair regrowth and with no significant side effects.

◆ Working Principle

Semiconductor laser hair removal is a highly effective and safe method for hair removal, based on the principle of selective photothermolysis. This principle, proposed by Anderson and Parish in 1983, suggests that specific wavelengths of laser light are selectively absorbed by targeted chromophores. In the context of hair removal, the melanin within the hair follicles and shafts acts as the chromophore, absorbing the laser’s energy. This absorption generates localized heat, which diffuses and induces thermal necrosis in the hair follicle’s germinative cells, effectively inhibiting hair regrowth.

◆ How does Ivyfly ensure the treatment effect?

Ivyfly leads the industry with its integration of the latest diode laser advancements, offering a cutting-edge system that enhances both the safety and effectiveness of treatments. The intelligent cooling mechanism also ensures the device’s longevity and reliability.

TEC Skin Cooling for Comfort: Equipped with TEC skin cooling technology, Ivyfly provides a comfortable and painless experience. This system is designed to lower skin surface temperature during treatment, offering a soothing effect and reducing discomfort.

Freon Compressor for Efficiency: A standout feature of Ivyfly is the use of a freon compressor in its cooling system. This choice underscores our commitment to quality, as these compressors offer superior cooling efficiency and consistent performance, even during extended use.

High-Precision Laser Modules: Ivyfly is also distinguished by its premium laser modules that ensure precise energy delivery. These modules are calibrated for uniform and accurate laser pulses, targeting hair follicles with exactness. This customization maximizes treatment effectiveness and minimizes side effects.

Advantages

High Power

3200W

Precise 80J energy output

Multiple Wavelengths

Single 808nm/triple wavelength combination (755nm+808nm+1064nm)

with spot sizes of 1.0/1.5/2.0/4.0 cm²(optional facial tip 6 mm)

Machine Body

Handpiece

Ivyice Handle

Select individual handpieces, or freely combine any two.

◆ Energy:
Optional 800W-1000W-1200W-1600W (equivalent to 1600W-2000W-2400W-3200W in macro-channel technology)
3200W high power, 80J precise energy output.

◆ Cooling:
Advanced ring TEC imported from Japan with SCMT technology will keep the temperature of the skin  contact head at -15°C ~ -5°C, making the treatment painless and more comfortable for patients.

◆ Wavelengths:
single 808nm or triple wavelength combination(755nm:808nm:1064nm=2:12:2)

◆ Spot sizes:
1.0/1.5/2.0/4.0cm²,adapted with optional facial tip 6mm(for hard areas like ears, nostrils and glabella).

World-class Components:
◆ German Jenoptik bars with precise energy output and a longer lifespan of 40 million shots.
◆ Special light cone with nearly 100% light transmission reduces light loss.

Why Choose Micro-Channel Technology?

• Twice the Efficiency: An output power of 1600W, equivalent to 3200W in macro-channel technology. Hair removal effects and efficiency are twice as high as macro-channel technology.
• Rapid Operation: Complete the hair removal of a leg within five minutes, significantly increasing service efficiency.

Micro-channel technology offers a significant advantage in heat dissipation. With the same peak power, the average power and duty cycle of micro-channels can be more than double that of macro-channels (macro-channels at 20% duty cycle, while micro-channels can reach 40% to 50%). Under pulse mode, the hair removal effect and speed of micro-channels are twice as effective as those of macro-channels.

Triple-Wavelength Technology:

The Cutting-Edge Advantage in Hair Removal

The triple-wavelength technology, which combines 755nm, 808nm, and 1064nm lasers, targets hair follicles of varying depths and colors more precisely. Each wavelength corresponds to a specific absorption peak for hair follicles, allowing for more effective penetration through the skin and absorption by melanin in the follicles. The 755nm wavelength is particularly effective for areas with lighter skin but darker hair; the 808nm wavelength is a common laser wavelength for hair removal treatments, suitable for most skin types; and the 1064nm wavelength can act more deeply within the skin, being more effective for hair on darker skin or deeper follicles. This multi-wavelength approach reduces the number of treatment sessions, enhances the efficiency of hair removal, and lowers the risk of thermal damage to the surrounding skin tissue.

Specifications