EN
Everything in the sphere of aesthetic and dermatological treatments is consistency. Both the patients and practitioners would want to see consistent and trustworthy outcomes of each session. The xenon flash lamp is a very important part of any high-performance Intense Pulsed Light (IPL) system. Lumi being an expert in the field of photoelectric technology is aware that the quality and reliability of this fundamental component is what makes the difference between great devices and the rest. How can we discuss how the technology of xenon lamps can be used to make sure that IPL systems are always consistent?
Minimizing Variability of Treatment Outcomes.
The main objective of any IPL treatment process is to introduce a particular level of light energy to a specific chromophore (such as melanin or hemoglobin) without causing any harm to neighboring tissue. The inconsistency of this process brings about ineffective treatment or worse, side effects. The IPL lamps available in Lumi are highly engineered to have a wide and uniform spectral output that is highly similar to the absorption peaks of typical treatment targets. This spectral consistency is a requirement that every pulse of light is applied with the desired therapeutic effect, which will greatly minimize the variation of outcomes between pulses and between patients.
Brightness and Pulse Consistency with Time.
IPL device may work well at the beginning but what about thousands of pulses? The aging of lamps is a natural phenomenon, and the fast decrease in output paralyzes the work of the devices. The xenon lamps by Lumintor are constructed to be robust. Our lamps have been developed to overcome the darkening and erosion of electrodes by filling the gas rigorously, designing electrodes to the correct degree, and manufacturing the quartz envelope to the highest level. This implies that the brightness (fluence) and pulse shape does not change significantly during a long operating life span so that the 10th treatment is no better or worse than the 1,000 th treatment. This consistency in the long term secures the investment of the clinic and maintains its reputation of quality.
Technical Influences on the Reliability of Lamps in IPL Lamps.
A number of technical reasons directly influence reliability of a flash lamp in the conditions of an IPL device:
Thermal Control: IPL lamps produce a lot of heat. Good cooling mechanisms are essential in order to avoid heat stress, which may crack the quartz tube or damage internal parts.
Electrical Stability: The capacitor and power supply should provide high voltage pulse to the lamp with every pulse being constant. The variation in pulse energy and pulse duration occurs due to inconsistency in electrical input.
Quality of the Material: The quality of the xenon gas, the composition of the electrode material, and the quality of the fused quartz are the most important. Defects or poor materials hasten the process of age and cause early breakdown. The experience of Lum in the production of Laser Xenon Lamps and Krypton flash lamps can be directly applied in material science in our IPL products.
How to Optimize the Device Settings to achieve the best performance.
The lamp should be the best lamp and it should be used under the optimum parameters. The IPL devices have a pulse duration, delay and energy level settings. Excessively high energy levels of a particular lamp can also have a drastically reducing effect on its life, and improper pulse lengths can be of no use in treating the condition. The cooperation with a lamp manufacturer, which knows more than others (such as Lum), will enable the device producers to adjust the electronics and software of their system to perfectly fit the features of the lamp. This synergy gives the lamp continually efficient operation that improves the efficacy of treatment and the lifespan of the lamp.
Future Trends: Enhancement of Consistency through new Xenon Technology.
The IPL technology is being trended towards even more precision and customization. This innovation is at the fore at Lumi. Some of the future developments to which we are actively engaged are:
Improved Spectral Filtering Integration: Lamps made to be compatible with advanced, internal optical filters to better target wavelengths.
Smart Feedback Systems: Sensors and controls which are capable of relaying real time monitoring of the performance of a device to the computer of the device so that it can automatically adjust itself to ensure that the same output is delivered irrespective of changes in the lamp life cycle or changes in line voltages.
Advanced Pulse Shaping: Technology that enables multi-pulse sequences using the same lamp, which enables complex shapes to be applied to the tissue to get customized treatments never previously available to different skin types and conditions.
Through the advancement of xenon flash lamp technology, Lum Photoelectric Technology Co., Ltd is determined to deliver the main elements that drive the future of uniform, sound and efficient IPL systems.