Find answers to common questions about our products, services, and support
A: These are two technologies based on different scientific principles, each with its own optimal application scenarios: Diode Laser Hair Removal: This uses a single wavelength, high-energy principle that directly targets the target tissue. Its 808nm wavelength is efficiently absorbed by melanin in the hair follicle, providing precise penetration depth and concentrated energy. Therefore, it offers higher hair removal efficiency and longer-lasting results, especially suitable for clients with darker skin tones or coarse hair. IPL Intense Pulsed Light Skin Rejuvenation: This is a broad-spectrum composite light. It uses filters to produce multiple wavelengths of light, which can be absorbed by melanin and hemoglobin in the skin simultaneously. Therefore, while removing hair, IPL can also comprehensively improve pigmentation, redness, and skin texture, achieving a "skin rejuvenation" effect. Conclusion: There is no absolute "better" option; the key lies in the client's needs and priorities. If hair removal is the core need, choose laser; if you seek multi-functional comprehensive care, choose IPL. We can provide you with detailed comparison data to help you choose the most suitable instrument for your clinic.
A: The core difference lies in the pulse duration (pulse width), which directly determines the safety and comfort of the treatment. Traditional Nanosecond Laser: The pulse width is in the nanosecond range. The laser energy acts on the target pigment particles for a relatively long time, potentially generating more heat and shock waves, posing a risk of thermal damage to surrounding tissues, resulting in a longer recovery period and possible post-inflammatory hyperpigmentation. Our Picosecond Laser: The pulse width reaches the picosecond range (one trillionth of a second). The energy is released in an extremely short time, instantly "shattering" the pigment particles into smaller dust-like particles through a photomechanical effect (rather than a photothermal effect). This means the treatment is more precise, causes less thermal damage, is less painful, and has a faster recovery time, significantly reducing the probability of post-inflammatory hyperpigmentation, and is particularly effective for stubborn tattoos and deep-seated spots.
A: Absolutely. We firmly believe that high-quality equipment must be paired with professional operation to achieve maximum value. To this end, we provide a complete three-tiered support system: Standard Operation Certification Training: After purchase, we provide online training to your team, covering equipment operation, treatment settings, customer communication, and safety regulations, until the main operators can independently and confidently perform treatments. Continuous Advanced Education: We regularly hold online/offline advanced seminars to share the latest clinical cases, treatment plan combination techniques, and marketing strategies. Instant Online Support: We provide dedicated technical customer service. For any questions during operation, you can receive real-time remote guidance via video or phone.