EN
In the field of aesthetic medicine—one important factor is key to the efficacy of hair removal techniques: the quality and accuracy of the light source. At Lumi Photoelectric Technology Co., Ltd., we specialize in manufacturing high-quality xenon laser lamps and IPL lamps. Being able to produce controlled pulses of light makes them critical for hair removal purposes.
The Principle of Selective Photothermolysis
Selective photothermolysis is the basis for the science of hair removal with light. The theory behind it is straight forward—enough light energy is absorbed to heat the hair follicle, eliminating the target. The pigment melanin in the hair shaft absorbs certain wavelengths of light, and transforms them into heat that can kill the hair follicle that produces new hair.
In order to carry the process out safely, the light pulse has to be carefully controlled. The energy should be strong enough to penetrate and heat the follicle, but not so strong that heat is transferred to surrounding skin tissue. Here the performance of the light-source is all-important.
How Xenon and Laser Lamps Generate Controlled Pulses
Most professional hair removal devices have a xenon flash lamp or laser lamp as their heart. These lamps produce light over a broad spectrum of wavelengths with a high intensity. This wide range is then narrowed down to a select range of wavelengths—such as 560 nm, 640 nm or 755 nm—which are most effective at targeting melanin in hair follicles in the IPL system.
Three important parameters are involved in the generation of a precise light pulse—pulse energy, pulse width and frequency. The pulse energy (in Joules) is the amount of light output in each flash. High pulse energy provides high penetration into depth to reach the hair root. The duration (or pulse width) determines the length of the flash, shorter pulses for small, discrete structures; longer pulses for larger areas of safe spread. The frequency determines the speed of the treatment and the comfort of the patient by regulating the number of pulses repeated. Lumi's laser xenon lamps have been designed to provide stable, high energy output and a consistent pulse characteristic to guarantee that each treatment session can achieve a reliable treatment result.
Achieving Precision Through Advanced Engineering
If it is to be effective, however, the parameters of a light pulse must match the thermal relaxation time of the target tissue, which is the time it takes for the hair follicle to cool after being heated. If the pulse is too long, heat will be transferred to neighboring skin which could cause burns or changes in skin pigmentation. If it's too short, the follicle may not get hot enough to permanently reduce the hair.
Lumi’s lamps have been made to work with the exact control of the pulse parameters required by the practitioner. The lamps are versatile and can modify treatment depending on factors such as the skin type, hair thickness or treatment areas with adjustable intensity, duration of a pulse and repetition frequency. This flexibility is crucial to ensure clinical efficacy and safety to patients.
Reliability for Consistent Clinical Performance
Hair removal treatments are demanding and call for components that can deliver thousands of consistent pulses. For instance, laser xenon lamps by Lumi have been designed to be operated at high energies without substantial degradation in performance. Such reliability guarantees that practitioners will get consistent treatment results session after session, which is crucial for treatment efficacy and patient satisfaction.
Lumi Photoelectric Technology Co., Ltd. is committed to quality, and it goes beyond the quality of the products. We provide complete product knowledge training, maintenance and repair training and follow-up inspection to guarantee trouble-free operation and longer service life of the products. It is our service and our products' professional and reliable quality that make Lumi a trusted partner of manufacturers and practitioners. We are committed to providing superior products and services to meet the needs of our customers in improving their production and use of high quality laser and IPL lamps.