Comprehensive Guide to Laser Cutting Machine

Laser devices happen to be used in several types of industries. A laser beam happens to be a kind of cutting tool. The cutting it produces has the highest precision indicators, and the process is very fast and without defects. Such a tool can cut almost any material, it is also used in textile production. Laser cutting of fabric has several advantages that distinguish it from the traditional use of scissors and other familiar tools with physical, "real" blades.

Why Choose Laser Cutting

It is very important to do many things rationally when working with fabrics. It includes placing patterns on the material and securing them. It also prevents them from shifting. Otherwise they will shift during the cutting process and the result will not be what you expect. Terron India Laser Cutting machine features a very complex and painstaking job. It requires attentiveness, precision, accuracy and scrupulousness.

Advantages of Laser Cutting Textiles

You can shape a pattern of any convolution.

• The process is fully automated, eliminating errors due to the so-called human factor;

• The material does not even need to be fixed before cutting, since there is no displacement due to the lack of direct contact with the cutting tool;

• The laser beam, cutting the fabric, slightly melts it along the edges at the cut point: this does not spoil the product, but gives it a neat, finished look, and does not form an untidy fringe.

Using a laser significantly increases the cutting speed. It does not take much time to prepare and fix the work piece, and the fabric is also cut noticeably faster. The number of defects is minimized and even eliminated.

Types of Laser Cutting of Fabric

Laser equipment is used not only to cut fabric into pieces for further sewing or use in cutting.

In addition to cutting, the laser is needed for the following operations:

Laser perforation. A laser can make holes of any size and in any quantity. The beam is positioned with an accuracy of up to a fraction of a millimeter, and the automated process allows you to create a perforated pattern with detailed elements even on complex materials.

Applique. A laser beam can cut elements that cannot be cut with scissors or knives. Complex patterns on silk or other "capricious" materials can only be made with laser equipment.

Laser cutting of fabric, perforation, and appliqués can be made in any number of copies, and all of them will exactly match the sketch. One must check the Terron India Laser cutting machine price beforehand.

Fabric Laser Cutting Process

Patterns are required for cutting. They are prepared in a computer program, for example, CorelDraw is used. The sketch is saved in the dxt, dst, ai, plt format and sent to the CNC machine. Then, the cutting parameters are set on the Laser cutting machine and a lens is selected for focusing. It is significant to allow for the characteristics of the material and its density. It also includes composition thickness, elasticity and type of fabric surface.

The fabric is laid out on the work table in one or more layers. It depends on the order and the conditions of the product's manufacture. Then the Terron India Fabric laser cutting machine is started. The master only watches how the cutting is done.

Where is Laser Cutting of Fabric Used?

The laser machine helps to quickly and efficiently cut the required number of products or parts from different materials, including all types of fabric. This is in demand in various areas:

• Manufacturing of clothing and footwear – you can cut out blanks from fabric, leather, create standard or designer models;

• Advertising – production of flags, pennants, banners, packaging, gifts, corporate and advertising products;

• Interior design, creation of unique decor for premises or car interiors;

• Production of souvenirs, creation of complex and detailed appliques, perforated items, accessories, bags, jewelry, etc.

The process of laser processing of textile materials is a creative work. For it, an individual layout is created, which can be easily transferred to materials with any characteristics thanks to the use of laser technologies and high-tech equipment.