CN13160_LENA-WAS

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LENA-WAS (Laser Enhanced Non-Ablative Surface Treatment Technology) is a new technology that uses laser optics to alter the surface of an object without having to heat and ablate the material. This method of working is achieved by applying a focused laser beam to the surface of the object, which in turn generates a unique array of microspots. These microspots are then used to alter the surface of the material, while still maintaining the overall integrity of the object. This unique technique has been used for a wide range of applications, from cosmetic to medical applications.

Applications of LENA-WAS include surface treatment, surface roughening and wear treatment. It can also improve optical, mechanical and electrical properties. The most common application of LENA-WAS is in treating brittle materials that need to increase their durability without the need for additional coating or abrasion. In medical applications LENA-WAS is also often used to increase the surface toughness of biomedical implants and also to create a nanostructured surface to increase corrosion resistance. The technology is also used in industrial applications to increase the surface adhesion of components such as wiring, plastics and metals.

The working principle of LENA-WAS is based on the concepts of reflective optics. The laser light is focused with a spot size of 10-50µm, which creates a unique array of bright spots. This array is then used to modify the surface of the object by locally inducing evaporation or ablation of the material. The modified surface microstructures can increase both surface roughness and the surface energy, which can be beneficial for many applications.

LENA-WAS technology has been used in many fields due to its unique advantages: it is a non-invasive, non-destructive and low-cost process that can provide reliable surface treatments to improve the mechanical and optical properties of materials. It is a versatile technology that can be used on a wide variety of materials including metals, plastics, ceramics and glass. It can also be applied to objects of different shapes and sizes. These advantages make LENA-WAS an attractive option for many industries, from medical to industrial.

In conclusion, LENA-WAS is a versatile and non-invasive laser optical technology used in a wide range of applications. It uses the reflective principle to alter the surface of the material, increasing its properties such as surface energy and roughness. It can be used on different materials and objects, making it a versatile technology that can be tailored to specific application. This makes it an attractive option for a variety of markets, from medical to industrial.

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