This technology has revolutionised the profile bending operations. Profiles are moved between so called rollers and get bended shapes. By this way it is easy to make rounded profiles and shapes.

Laser cleaning technology works by sending nanosecond-length pulses of laser light towards a surface. When it interacts with contaminants that absorb laser light, the contaminants or coating particles will either turn into a gas or the pressure of the interaction will cause particles to free from the surface.

A laser beam usually behaves just the same as a normal light beam. This means that it’s more difficult for reflective or white surfaces to heat up than it is for dark surfaces. They reflect most of the light, while a dark surface absorbs the energy of the light beam and doesn’t reflect it as much. The absorption of this energy causes the heating.

Laser beam welding works on the principle of using a laser with high power density to apply heat to a joint between the surface of two metals. The material melts at the joint, and it permits fusion between the metals as it solidifies.

We love 3D Printing and we love to help our customers get just what they need, the way they need it. Rapid prototypes, specialist parts, or low volume manufacturing; whatever your requirements, with over 30 materials, and an extensive range of finishing options we’re bound to have the right 3D printing solution for you.

The 3D printing and additive manufacturing market has undergone rapid change in recent years. No longer primarily the domain of hobbyists, highly capable  machines have developed into essential tools for manufacture. After becoming the go-to tool for prototyping and product development, 3D printing use has expanded across manufacturing, dentistry, jewelry, and much more.