Engineers should focus on two factors when choosing a laser cutting machine: reflectance and surface thickness.
Architects have also depended on laser technology when creating design models. For them, however, the use of 3D printing could be a good complement to build models faster and more efficiently. While laser seems like a good option, making the right choice becomes difficult when plasma is added to the equation.
Plasma vs. Laser
Laser equipment offers detailed and accurate work given the right type of tool for a certain application. On the other hand, the performance of plasma cutters will partly depend on its brand. A Baileigh plasma table, for instance, has many variations for different applications.
If you’re after the best value for your capital, operational cost, and speed, then plasma generally ranks above laser. It’s also a better choice for cutting thicker sheets. Those who want flexibility and edge quality should go for a laser cutter since this can handle non-conductive materials.
Once you choose between laser and plasma, you have the option to maximize your output efficiency by combining your preferred method with 3D printers. While the technology has been around since the 1980s, it has changed the way designers do their work.
Most of the developments come from producing pieces without spending too much time and money on materials. Some printers also let you create accurate designs as if you weaved them from your sketch. The cost of 3D printing may be high for some companies, so think carefully when choosing the right equipment.
Engineering and design professionals should consult with an experienced supplier of laser or plasma cutting machine. The best type of equipment will depend on what you need for your work, whether it’s manufacturing a car engine or designing a blueprint for a skyscraper.