Milling Machines VISION – Machine For 2D, 2D5, 3D Engraving And Cutting

Shelves at work

Laser cutting, meanwhile, is used primarily for metal parts and structures. It is particularly appreciated for its speed of execution and its high precision. Depending on the metal used, one can produce pieces of various thicknesses and dimensions. We will find sharp outlines even in the case of extensive series of essays. Perfect reproduction of metal parts, as well as simple and complex shapes, are possible. aluminum cnc router cutting can also be used.

“Used for only a few years in industrial production, fiber lasers have a monolithic structure that guarantees a high beam quality. Also, a high power concentration can be created on the part, “

Smaller and lighter than traditional lasers, fiber optic lasers require less floor space. These devices are elastic. “Additional optical modules can be added to increase power as requirements increase,”

 Cutting Tables, Choose Between Quality Or Speed


Some equipment is for shipbuilding, metallurgy or metal fabrication. In some cases, several torches will allow simultaneous cutting. Other cutting centers have floor rails that facilitate fine and precise cutting of thick materials.

The double-deck machines, on the other hand, offer additional robustness that can accommodate a 30 HP drilling station. More sophisticated units go so far as to replace multiple tools (processes) at the same time.

Over the last 20 years, a multitude of equally specific processes has developed to meet the material cutting market. Among the most popular are water jet, plasma, laser, milling and blade systems.

No Metal Can Resist

Water jet cutting is the most versatile process on the market. Indeed, it adapts to a set of materials, regardless of their composition or shape.

Also, the cuts leave no traces. “Ideal for high-performance metal cutting,” says Christian Timothy, president of Machitech Automation, “waterjet technology combined with the addition of abrasive creates a clean, burr-free cut that does not require the secondary finish. Also, thermal deformations are avoided.

All types of cuts are allowed: sharp reductions with precise cuts, as is often the case in the automotive sector. In the fact of unique pieces, in particular, thick materials are welcome.

Also, “the addition of abrasive, says Mr. Timothy, broadens the range of cuts that waterjet technology can achieve. Abrasive is often one of the least expensive components of this method. A system has been developed that regulates the abrasive, controls flow and eliminates waste. “

Another advantage: this cutting-edge approach reduces rejections to a minimum, an advantageous situation when expensive materials are used. Finally, it can be applied to composites, one of the limits of laser cutting.

The fourth phase of matter

“Plasma cutting, on the other hand, is a cost-effective alternative to laser and water jet technology,” said Mr. Timothy. It can be equipped with a tangential blade for technical fabrics, in particular. It offers speed, precision and cutting quality.