BWT Diode Lasers offer an advantage in many different applications compared to other laser options. These high-power fiber-coupled diode lasers offer a range of features that make them ideal for medicine, material processing, military, and many other fields.
But why should you choose BWT Diode Lasers over other laser types? Let's take a closer look at the benefits and applications of BWT Diode Lasers.
Benefits of BWT Diode Lasers
1. High Power
One of the significant benefits of BWT Diode Lasers is their high power output. BWT Diode Lasers can reach output powers up to 70W, making them ideal in applications where high-power output is required, such as metal cutting, material processing, or military applications.
2. Fiber-Coupled
BWT Diode Lasers are fiber-coupled, meaning that a single-mode fiber cable connects the laser diode to the delivery optics. This connection delivers a uniform beam profile and makes it easy to integrate the laser into new or existing systems. Fiber coupling also reduces the size of the laser head, making it easy to fit into tight spaces.
3. Easy to Control
BWT Diode Lasers are easy to control, thanks to their simple design and construction. Unlike gas lasers, there's no need for gas tanks, cooling systems, or high-voltage power supplies. BWT Diode Lasers require only a low voltage DC power supply.
4. Efficient and Economical
BWT Diode Lasers are efficient and economical. They provide a high power output with a low heat footprint, making them an excellent choice for applications where power efficiency is a priority. BWT Diode Lasers are also cost-effective, with low operational and maintenance costs.
Applications of BWT Diode Lasers
1. Medicine
BWT Diode Lasers are used in various medical applications, such as dermatology and surgery. The laser's high power output can be used to perform precise surgical procedures where accuracy is essential. The laser's fiber-coupled design enables it to be integrated into complex surgical systems easily.
2. Material Processing
BWT Diode Lasers are ideal for material processing, particularly in metal cutting and welding. The laser's high power output makes it possible to cut through metal with precision and speed. BWT Diode Lasers are also fiber-coupled, which means that the laser can be delivered to the workpiece using a single-mode fiber, enabling precise placement of the beam.
3. Military
BWT Diode Lasers are an essential part of military applications, such as range finders and target designators. The laser's high power output can quickly locate and pinpoint remote targets. The laser's fiber-coupled design makes it easy to be integrated into military systems, such as helicopters, tanks or unmanned aerial vehicles.
Conclusion
BWT Diode Lasers offer a range of benefits that make them ideal for various applications. Their high power output, fiber-coupled design, and ease of control make them an attractive choice for medicine, material processing, military, and many other fields. With their low heat footprint, power efficiency, and low operational costs, BWT Diode Lasers are both efficient and economical. Choosing BWT Diode Lasers for your applications can lead to precision, accuracy, and speed, offering enhanced performance and excellent results.