Tube Lasers Cutting Systems England

Tube Lasers Cutting Systems Raleigh Nc

With Coherent laser systems, you can achieve precision in medical device manufacturing.

Their high cutting efficiency is what distinguishes CO2 lasers. Their main area of use is in the medium to large range of materialthicknesses. Laser beam cutting edges excel in throughburr-free and low scoring. This means that cut parts can be further processed without the need to rework.

NIT uses the Coherent laser to create vertical components of nitinol with extraordinary precision and edge strength.

Gulf States Saw & Machinery Co., Inc. can help you develop new designs that improve aesthetics, increase functionality, and bring new products to market quicker.

Product

Processing tubes and profiles can be used in many different ways. You can use them in many industries, including the automotive industry, furniture design and architecture, as well as commercial vehicle construction. Laser-assisted processing of profiles and tubes offers many options for unique design and a manufacturing range that is almost limitless.

You can find the right technology to meet your needs. You have the option of either CO2 laser or fiber laser cutting systems depending on what materials you are working with and how much productivity and quality you desire.

Product
Automation

Automation

Lasertube systems can be used to develop new applications and improve existing ones. This allows you to enter new industrial sectors, increasing profits, and allowing for new opportunities.

When you look closely at a fiber-laser in operation, some things may not be as obvious. A fiber laser's beam diameter is one-third larger than that of a co2 beam. This allows it to have a higher power density. This allows the fiber not only to cut faster but also to pierce much faster. The fiber's smaller beam size allows it to cut intricate shapes, and leave sharp edges. Imagine cutting the logo of your company from a tube where the spacing between the letters is 0.035inches. A fiber can achieve that cut while a laser with CO2 cannot.

How does a tube laser work

This fully-automatic solution guarantees maximum productivity as well as rapid production changes. Tube O Range min. 0.47" (12 mm) - max. 6" (152.4 mm)3D cutting modeFiber laser

Motion Dynamics is a leading manufacturer of neurological sub-assemblies, including steerable catheters and “pull-wire” assemblies, making use of our StarCut Tube machines for precision cutting of key components.

Tube Laser Cutting Systems Kolkata
Tube Laser Cutting Systems Kolkata

The CO2 solution is for large diameter tubes, and profiles. Tubes with a diameter of O 14/24" (355mm /610mm).3D laser cutting

TruLaser tube 3000 fiber is a valuable laser tube cutting machine. It's perfect for novice users, or as a supplementary machine.

When should I replace my CO2 laser tube

Fiber lasers are capable of cutting thin materials with high speeds. Fiber lasers are very efficient and low in power consumption, but require very little maintenance. Laser cutting technology is able to cut steel, stainless and aluminum as well as nonferrous metals such copper and brass.

The very nature of a tube prevents the need for a machine with a very high-powered laser. Whereas flat sheet laser cutting machines now are available with laser generators as powerful as 12 kW, tube laser cutting machines usually only require a maximum of 5 kW of power. With a tube, you always have to think about the opposite side of the tube you are cutting. A more powerful laser simply would blow through the other side of the tube during cutting. (Of course, if you are processing a beam or a channel on the tube laser you don’t have to worry about another side.)

Frequently Asked Questions

Laser tube cutting is a method and technique for cutting tubes, structural shapes, or channels. These items will be cut to the required length during the process. It can also make holes or designs in tubing. It is a precise cutting method.

What is the operation of a CO2 Laser? Modern CO2 machines typically generate the laser beam in a sealed glass tube filled with gas, typically carbon dioxide. A high voltage flows through the tube, interacting with the gas particles and increasing their energy, resulting in the production of light.