In the field of laser processing, there is an often-overlooked yet critical consumable: the xenon flash lamp. Recently, we have received a surge of inquiries from customers searching for a specific model sized 7mm*100mm*170mm. Why is this particular dimension so popular? What high-precision equipment does it primarily serve? This article dives deep into the technical logic and application scenarios behind this "star" xenon lamp.

f you operate or maintain Nd:YAG laser welding machines, you already know that the xenon flash lamp is one of the most critical consumable components. It directly affects welding quality, energy stability, and production uptime.

When you picture a gold welding laser machine, you might imagine a silent, futuristic beam of light effortlessly fusing precious metal. It’s a beautiful image. But for many powerful and reliable lasers in workshops worldwide, that precise beam starts with a classic, powerful heartbeat: the xenon flashlamp.
And guess what? We are the master craftsmen behind that vital component.

In today's rapidly evolving field of ophthalmic technology, new light sources like LEDs are continuously emerging. However, the xenon lamp, as a classic high-performance light source, still holds an irreplaceable core position in many high-end ophthalmic devices. This article delves into the unique advantages of xenon lamps in ophthalmic applications, revealing why they remain the "gold standard" for precise diagnosis and complex surgery.

The operating voltage of laser cavities in hair removal devices varies depending on the laser technology and device type. Based on industry standards, professional and at-home hair removal systems typically require different voltage ranges.