Download
slide1 n.
Skip this Video
Loading SlideShow in 5 Seconds..
Laser Cutting PowerPoint Presentation
Download Presentation
Laser Cutting

Laser Cutting

360 Vues Download Presentation
Télécharger la présentation

Laser Cutting

- - - - - - - - - - - - - - - - - - - - - - - - - - - E N D - - - - - - - - - - - - - - - - - - - - - - - - - - -
Presentation Transcript

  1. ACE CORPORATE APPAREL LASER CUTTING

  2. Laser cutting is a manufacturing method which uses laser to cut material. Laser cutting design has become very popular in fashion industry. Laser cutting came into existence due to its accuracy, clean cuts and sealed fabric edges which prevent fraying. Laser cutting is used to cut different types of clothes such as nylon, silk, leather and polyester. Laser cutting does not create any pressure on the fabric which means no part of the cutting process requires anything other than the laser to touch the fabric. The most important thing in laser cutting is that no intended marks are left on the fabric particularly for delicate fabrics. Technique on which the Laser Cutting works Working of the laser cutting technique is the phase where the things get technical. There are three main types of laser which are used for laser cutting which are as follows:

  3. The CO2 Laser The neodymium Laser (Nd) The Neodymium Yttrium Aluminium Garnet ( Nd-YAG) laser. For most of the time the CO2 laser method is the choice for cutting wearable fabrics. This process generally includes a firing of high energy laser that cuts by melting vaporizing or burning a material. For precise cutting, laser is made to pass through a tube like device which is reflected by mirrors. As the beam reaches the focal lens, it targets the laser to a single spot on the chosen material which is being cut. Adjustments are to be made to vary the amount of material that is to be cut by the laser. A concentrated beam of light is generated by the CO2 laser, Nd laser and the Nd – YAG laser. Infrared light is produced by CO2 laser which is easily absorbed by organic material which makes it the first choice for cutting fabrics like leather. On the other hand, Nd and Nd-Yag lasers are solid state lasers that rely on crystals to create the light beam. These high powered methods are well suited for engraving, welding, cutting and drilling metals.

  4. Benefits of Laser Cutting Low Power Consumption: 50kw of power in total is consumed by typical blanking press or turret punch where as 4kw laser system uses just only 10kw total power. Safety: Fiber laser are designed by keeping in mind the safety features. Fiber laser are enclosed in a light tight box which means that they do not require any type of human intervention during cutting. On the other hand, blanking press has a large blade that moves rapidly up and down and does not have any safety features which prevents the hand getting in it.    Material Scrap Savings:  Laser cut generally requires a common outline which can be cut with a single cut and that too with no scrap. A minimal scrap skeleton may also be cut as small as 1/16 of an inch or even less for some materials.

  5. Cutting Properties: Any strength of material can be cut by the laser as long as the material can be melted. Low maintenance: Blanking press or turret punch contains expensive tools which need to be sharpened and stored regularly as different parts are cut. In laser parts are changed by changing programs and relatively require inexpensive replacement parts like lenses and nozzles Flexible Operation: For each part of the traditional blanking line has a tool which has a fixed design and has a very high investment. Whereas on the other hand turret punch is better as it can be programmed for any shape and can be used as a set of similar shapes. Designs are limited to the tools available only but if someone needs to change the designs then new tool are to be purchased and it must be replaced on the available slot on the turret. These tools are less pricy, but still require regular maintenance, which is a specialized task, so the labor cost will be higher. Laser takes than an hour to reprogram which cost approximately $60 to apply the change.

  6. Improved edge Quality: Presses and punches are shearing through the material which stretches the edge until it breaks. The top side of a part typically has a rounded over edge, while the bottom has a bunch of stretched ribbon that are very sharp. These are sometimes required to be cleaned off with an abrasive, which is a second process and its add to the cost. In case of laser when cut with a focused beam set for the material, cuts the part with an edge like a mirror surface, the top edge remain square and the bottom edge is smooth to touch. Faster changeover: A laser can change programs instantaneously, leading to time savings   and allowing for smaller production runs to have decreased price. A laser cutting technique is the future of the fashion industry. So, people should learn about the laser cutting techniques so as to become a perfect fashion designer.