Tube Laser Cutting Systems 80w
We haven't talked about cutting speed, you may have noticed. You can cut up to 500 inches per hour on a tube but it's not always possible. The main focus of laser tube cutting is how long it takes to load the tube, index it so that it's in the right spot for cutting, then pierce and slice it. Laser tube cutting machines have a slower cutting speed than they do with parts.
NIT's Coherent laser cutting machine is used to vertically produce nitinol, and other metal components. It has exceptional precision and edge quality.
This is the tube laser cutting solution that offers the most versatility. Tubes up to O9.45" (240mm)3D Cutting modeCO2 or Fiber Laser
NIT uses a Coherent Laser Cutting Machine to Vertically Produce Nitinol and Other Metal Components with outstanding precision and edge quality.
All types, any shapes: This three dimensional cutting machine can cut carbon steel, aluminum, red metals, and stainless steel in any round, square or rectangular shape.
In the manufacture of fitness equipment, design, durability and usability are key construction principles.
Profiles and tubes are widely used in all areas of engineering, from system construction to furniture manufacturing. The lasers have opened up new design possibilities. More and more designers are taking advantage the advantages of laser-cut profiles and tubes, thereby increasing their demand. Explore all the options for laser tube cutting, and learn more about TruLaser Tube machines.
Fiber lasers don't require as much maintenance. It does not require the same attention as a CO2 laser-cutting machine in terms of mirror cleaning and bellows inspections. It doesn't require any maintenance, as long it has clean chiller water to cool off and its air filters are regularly changed.
Machine manufacturers have begun using cameras to perform tube inspections. They can reduce the time it takes to inspect quality tubes and also reduce the amount of rotations needed. This allows for both productivity and accuracy to be maintained.
Whatever your customers' requests, with Lasertube you can recommend improvements to part design from the extensive library of connectionsfor assembling without screws or welds.
A laser tube cutting machine doesn't come with any standard material towers. Bundle loading is the best option for handling tube material. It feeds one tube at a given time from the bundle into a tube laser using a singularizing process. This type cannot be used with open profiles (e.g. channels and angles), because they interlock inside the bundles and don’t move freely. Step loaders, which are used for open profile profiles, sequence one section at time into the machine while maintaining the correct orientation.
CO2 lasers are characterized by their high cutting quality.Their primary area of application lies in the medium to high range of materialthicknesses. The cutting edges achieved with the laser beam excel throughburr-free cutting and low scoring. This means that the cut parts can beprocessed further without reworking.
The option to choose between 2D/3D laser cutting technology allows for the possibility of customizing and precise cutting parts in a wide range of shapes. These include tubes with square, rectangular, and round shapes, as well as profiles with varied open cross-sections (e.g. H, L. T, Ucross-sections). 3D technology is capable of cutting straight edges up to 45degrees. This flexibility makes it unnecessary to perform costly milling and drilling, punching, punching, or other sawing operations.
The fiber laser's small modules, which are compact and easily transportable, allow for redundancy. The resonator won't completely shut down if one module experiences a problem. In order to provide power for the down module, the fiber laser can temporarily produce more power until it is repaired. This can, of course, be done in the field. Sometimes, the fiber resonator will continue to produce reduced power until repairs are made. If a CO2 reactor has an issue, it can cause the whole resonator to go down.