GLS3078 laser power module

GLS3078 laser power module 

Product Details Introduction

GLS3078 laser power module product application fields

The GLS3078 laser power module, as the core energy driving unit of the laser system, has high-precision pulse parameter control, high energy stability, and strong anti-interference ability. It can adapt to various types of laser light sources, accurately output the energy required for laser excitation, and achieve nanosecond level timing synchronization. It is widely used in industrial precision machining, semiconductor manufacturing, medical equipment and other fields that require strict control of laser energy. The core application scenarios are as follows:

1. In the field of industrial automation control, it is suitable for industrial control core equipment such as PLC (Programmable Logic Controller), frequency converter, servo system, etc., providing stable DC power supply to ensure the continuous and accurate operation of automated production lines, intelligent warehousing equipment, industrial robots and other systems. It can withstand complex environments such as voltage fluctuations and electromagnetic interference in industrial sites. 1. Industrial precision laser processing field: Suitable for CO ₂ laser, fiber laser and other processing equipment, providing stable energy drive for metal/non-metal material cutting, engraving and welding. It can accurately control the pulse width (1-100 μ s) and output power, achieving smooth and burr free cutting and small heat affected zone in precision welding of automotive parts, acrylic/leather carving, carbon fiber composite material cutting and other scenarios. At the same time, it has a forced air cooling heat dissipation design, suitable for industrial continuous operation needs.

2. In the field of semiconductor and electronic manufacturing, it is applied to high-precision processes such as semiconductor wafer etching and PCB laser drilling, and supports optical electrical nanosecond synchronization with lithography systems (phase difference locking within ± 2.8ns), with energy fluctuations controlled below ± 1.8%. It can drive ultraviolet laser to complete chip circuit micro nano processing and flexible electronic substrate nano electrode production, ensuring that key dimensional deviations are controlled at the nano level, meeting the manufacturing needs of miniaturization and high-density interconnection in the electronic industry.

3. Medical laser equipment field: Suitable for medical laser equipment such as excimer laser and pulsed dye laser, providing precise energy support for ophthalmic refractive surgery (such as LASIK), skin vascular disease treatment, and tumor photodynamic therapy. By finely regulating energy, selective effects on diseased tissues can be achieved, reducing damage to surrounding normal tissues. At the same time, it has a comprehensive safety protection mechanism and meets the high reliability and safety certification standards for medical equipment.

4. Aerospace material processing field: used in scenarios such as laser drilling of aircraft engine blades and welding of high-temperature alloy components, it can drive laser equipment to accurately process difficult to machine materials such as titanium alloys and ceramic based composite materials. It can provide high-energy density pulse output, efficiently penetrate high melting point materials, control processing deformation, ensure the structural integrity and mechanical properties of aviation components, and meet the strict requirements for processing accuracy in the aerospace field.

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