The laser cutting process is a fairly new manufacturing technique in comparison to other processes for manufacturing that originate from an industrial revolution. Laser Cutting utilizes a focused light, and typically an aid gas to melt materials (typically metal) to form a shape that will then go through other manufacturing processes, such as press or countersinking.
Tube laser cutting operates on a multi-axis basis, where the tube is turned through a large chunk. the laser is then able to cut the holes, apertures, and profiles. It is an extremely precise method of a cutting tubes made of metal and comes with numerous advantages over the conventional "sawing" method.
Nowadays, medical device laser tube cutting is widely used to improve the fit, form, and function of medical devices and implants such as stents, heart valves, and other medical devices, as well as medical instruments and components. Many professionals provide the best medical tube cutting service such as Proto Lase.
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The benefits of the use of tube laser profiling include:
1. Repeatability: When cutting tubes by hand, it's usually the situation that there is a slight difference from one part to the next because the operator could employ slightly different techniques each time. But the laser will only utilize the settings programmed into the machine. Therefore, there is less chance of variation in dimension from part to part.
Reliability is essential in the current manufacturing environment because the rise of lean manufacturing methods means that every part of the assembly must be the same as the next. In the event of a mistake, the knock-on effect of a faulty assembly can result in production delays and eventually losses in profits.
2. Flexibleness: The versatility of the laser profiling tube offers an array of options to makers of components, particularly in the construction and architectural industries. Designs with complex shapes can be cut out of tubes that aren't feasible with traditional cutting techniques.