Splendor X laser hair removal systems combine 755nm Alexandrite and 1064nm Nd:YAG wavelengths to deliver efficient, square spot hair reduction across multiple skin types.
This compatible laser hair removal fiber is designed specifically for Lumenis Splendor X platforms, ensuring stable energy transmission, consistent square spot output, and reliable clinical performance.
It provides a cost-effective alternative for clinics and distributors seeking dependable compatibility without compromising treatment results.
Our laser hair removal fiber is specifically designed to be fully compatible with Lumenis Splendor X devices. Engineered for professional aesthetic use, it delivers precise 755nm Alexandrite and 1064nm Nd:YAG dual wavelengths, ensuring effective hair removal for all skin types. The square spot fiber design allows uniform energy distribution, enhancing safety and efficiency during treatments.
Compatibility: Works seamlessly with Lumenis Splendor X laser devices.
Dual Wavelengths: 755nm and 1064nm for optimal performance across various hair types and skin tones.
Square Spot Technology: Provides even energy distribution, reducing risk of burns and improving treatment consistency.
High-Quality Fiber: Durable and reliable for long-term clinical use.
All Skin Types: Suitable for light to dark skin, offering safe and effective hair removal.
Ideal for professional clinics and medical aesthetic centers performing laser hair removal using Splendor X fiber handpieces. Compatible for treatments on legs, arms, back, face, and other body areas requiring precise hair reduction.
The main difference between Splendor X and Candela laser hair removal systems lies in their wavelength delivery and spot shaping technology. Lumenis Splendor X combines 755nm Alexandrite and 1064nm Nd:YAG wavelengths into a single square spot output, requiring optical fibers capable of stable dual-wavelength simultaneous transmission and uniform energy distribution.
Candela systems, such as the GentleMax and GentlePro series, typically use round spot delivery with switchable or sequential wavelengths. As a result, Candela devices require optical fibers designed specifically for their optical structure and energy output characteristics.
No. Due to differences in wavelength transmission architecture, spot geometry, and energy density, Splendor X and Candela systems require different optical fiber designs. Using a non-matched or universal fiber may result in uneven energy delivery, reduced treatment efficiency, or increased risk of fiber damage.
Yes. In addition to Splendor X compatible fibers, we offer dedicated Candela laser hair removal optical fibers engineered to match Candela system specifications, ensuring stable energy transmission, system protection, and consistent clinical performance.
Choosing our Splendor X compatible laser fiber ensures consistent performance, longer service life, and reliable safety standards. It is engineered for aesthetic professionals who demand high-quality hair removal optical fibers that match the performance of original Lumenis components.
With 10 years of manufacturing experience in the field of medical laser fibers, we deeply understand the technical challenges of Lumenis Splendor X's dual-wavelength (755nm/1064nm) simultaneous transmission technology. Our compatible fibers utilize imported high-purity quartz core materials and precise SMA905 connector polishing technology, ensuring a stable fiber transmission efficiency of over 95%. Each fiber undergoes rigorous parameter testing to perfectly support Splendor X's unique Square Spot technology, ensuring even energy distribution and preventing skin burns caused by localized overheating.
In the field of medical aesthetic equipment repair, we are not only a supplier but also a provider of technical solutions. the high-power output characteristics of the Splendor X, we have optimized the damage threshold of the optical fiber, enabling it to withstand instantaneous energy impacts exceeding 100 J/cm², effectively extending the lifespan of the fiber under continuous high-load operation. Every FiberKinz Splendor X compatible optical fiber undergoes energy transmission consistency testing before leaving the factory.
