VLM-635-02 LPA

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The VLM-635-02 LPA (Laser Power Amplifier) is a diode laser module suitable for use in wide range of applications. It is designed to increase the power of a low power diode laser to the levels required for demanding industrial applications such as material processing and medical laser treatments. It is a high power, high efficiency option with a low thermal footprint, making it well suited to applications that require compact, yet efficient, laser powering systems.

The VLM-635-02 LPA module is a hybrid combination of passive and active components. The primary laser diode is connected to a power supply and is used to generate the initial input beam. This initial beam is then amplified by an optical amplifier, which increases the power of the laser beam to the required output power level. The optical amplifier works by using a small fraction of the input light to stimulate the active gain material. This material consists of rare earth elements, typically erbium, and stimulates further emission of photons; these photons then combine with the initial input beam and further amplifies the output beam.

The VLM-635-02 LPA module is known for its high efficiency, with operating power efficiency typically in the range of 60-80%. It is also capable of output powers of up to 250W, making it suitable for a wide range of applications. These include material processing, where it is used for drilling, welding and machining; medical laser treatments; and also in spectroscopy. The VLM-635-02 LPA also has a low thermal footprint, which makes it suitable for use in tight spaces or for applications that require fast start-up time.

The VLM-635-02 LPA module is a reliable, cost-effective solution for delivering high power and efficiency. The low thermal footprint of the module and the ability to achieve high powers without sacrificing efficiency make it suitable for a wide range of applications. It is available in various configurations, allowing users to customize the module to their needs.

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