Application - 激光烧蚀
激光烧蚀是指通过激光束辐照，从固态金属和工业合成材料上将精密层过程去除的流程(如电子产品中使用的成分)。激光功率密度低时，材料被吸收的激光能量以及蒸发或升华加热。激光功率密度高时，材料通常转化为一种等离子体。通常情况下，激光烧蚀是指用脉冲光纤激光器去除材料的流程，但如果激光强度是否足够高，也有可能采用连续波激光对材料进行烧蚀材料。
Surface Preparation Treatment with Fiber Lasers
Application InsightPosted on 15/02/2019
What is surface preparation treatment? Simply this is the preparation of a surface through a treatment (the name speaks for itself!). The reason for the surface preparation is virtually always to increase the adhesion capability of... read more >
Stonework, Statues and Monuments Restoration with Fiber Lasers
Application InsightPosted on 15/02/2019
Outdoor artworks are very prone to “wear and tear” caused by ageing especially due to environmental hazards and conditions. It can often be challenging, costly and impractical to clean these precious works of arts with traditional methods. ... read more >
Traffic Film Removal with Fiber Lasers
Application InsightPosted on 15/02/2019
... read more >
Artwork Restoration with Fiber Lasers
Application InsightPosted on 15/02/2019
Fiber lasers can be used to remove a wide-variety of contaminants and particles from any material, this is especially applicable to artwork. Using ablation and cleaning techniques, fiber lasers are an excellent tool for the restoration of... read more >
Hairpin Stripping in Electric Motors
Application PostcardPosted on 03/01/2019
The boom in e-mobility is generating an increased demand for electric motors across the world. These motors are manufactured with solid copper hairpins in the stator which generate a magnetic field, which in turn creates the motion of the motor.... read more >
Fiber Laser Ablation in the Automotive Industry
Application InsightPosted on 22/09/2018
Use of fiber lasers in the automotive industry The increasing use of fiber lasers is simply due to the variety of impressive benefits that can be gained from the use of this technology. Fiber lasers and their applications offer a lot of... read more >
Fiber Laser Ablation in the Aerospace Industry
Application InsightPosted on 22/09/2018
Solid metals and certain compounds used in industrial applications sometimes require to have layers removed from them in order to enhance their suitability for industrial processes. The removal needs to be carried out with absolute precision and a... read more >
Fiber Laser Ablation in the Electronics Industry
Application InsightPosted on 22/09/2018
The case for fiber laser ablation The term laser ablation refers to the controlled removal of materials from a component. It is an accurate and high-speed process that uses fiber lasers to home in on the material and remove it. For example, the... read more >
Laser Ablation Applications
Application InsightPosted on 22/09/2018
Laser ablation is one of many types of laser process that our fiber lasers can perform here at SPI Lasers. While bearing many similarities to other processes, such as laser cleaning, it is an important method in its own right.It has grown to... read more >
Laser Ablation FAQs
Application InsightPosted on 22/09/2018
Laser ablation is just one of the many processes that can be performed using one of our very own SPI Fiber Lasers. It bears similarities to some other applications methods, and so we thought it important to have a dedicated section answering some of... read more >
Wire Insulation Stripping
Application PostcardPosted on 20/04/2018
The technique of wire stripping is common practice in the electronics industry, involving the removal of the insulating material layer surrounding an electrical wire. Wire stripping is performed in order to replace, repair or to re-connect a wire to... read more >
Thin Film Removal
Application InsightPosted on 14/10/2015
Thin film removal is the process of removing a very thin layer of material from a substrate. This process is used in a variety of different application areas, the most common being in the electronics and semiconductors industries.Our redENERGY... read more >
Etching Silver on Ceramic
Application PostcardPosted on 14/10/2015
Our range of redENERGY Pulsed Fiber Lasers can be used to isolate thick bright metal plating on top of ceramic. This allows users to quickly and cleanly create islands of electrical isolation which can then be used as substrates for electronic... read more >
Close