Though a few decades ago it was considered unreal, often used in science fiction stories, laser cutting has developed into a real and incredibly useful technique for all sorts of designers, manufacturers, and architects.
Laser cutting can support nearly all kinds of materials and is ideal for cutting through hard, sturdy objects at a significantly lesser cost.
They can also be used to melt or disintegrate materials in concentrated areas, and in some cases, lasers are used for engraving and designing materials.
Here are some points on how 3D laser cutting has progressed so far and the top benefits it can provide for various industries.
What is 3D Laser Cutting?
Laser cutting is a manufacturing process in which a laser cutter or beam built with a laser resonator is used to cut through different materials, from copper and aluminum to even titanium or stainless steel.
Laser cutting allows you cut holes in any required shape or size, create smooth edges in metals and glass materials, and perform high-precision cuts. 3D laser cutting with Advanced Cutting Technology ensures highly effective and precise cutting operations for the swift formation of complex parts.
A few industries that utilize 3D laser cutting are:
- Equipment manufacturers
- Metal fabricators
- Hardware stores
- Signage builders
- Home decorators
- Graphic designers
Benefits of Laser Cutting Technology
Incredible Precision
3D laser cutting lets you achieve exceptionally precise and accurate cuts with smooth, clean edges. Manufacturing companies use it to cut through materials to create complicated dimensions with extreme accuracy.
It is by far the most straightforward and clear-cut method, especially when compared to more traditional options like drilling, welding, sawing, and shaping, making it a popular choice for high-end manufacturing companies.
Automated Operation
If you weren’t already sold on the idea, then you should know that laser cutting can also be automated without much effort, requiring very little maintenance.
It does this by working with CNC systems and computer programs that can be programmed to follow particular instructions and perform the operations according to the given specifications.
Low Energy Consumption
Although it uses energy, it is still one of the more energy-efficient methods compared to other techniques. Lasers cutters use a consistent amount of energy and don’t go overboard even when dealing with thicker and more difficult materials, which helps reduce the overall costs of an operation and decrease the negative impact on the environment.
Works on Almost Any Material
A single laser cutting machine can be modified and configured to handle tasks with various materials of distinct characteristics. For instance, it can work on different thicknesses, sizes, shapes, and cut complex angles.
A commonly misunderstood fact about laser cutting is that its intense heat can cause materials to be damaged and distorted, but this completely untrue. Laser cutters have a very thin heat-affected zone, or HAZ, which makes them ideal for cutting through all kinds of materials, even extremely thin ones. The laser actually cuts through the objects so fast that it doesn’t excessively heat and misshape them.
