Large pieces of sheet metal must first be processed before they can be formed into the desired shape and size. Two major processes are performed consecutively: laser cutting and bending.
The advantages of laser cutting and bending
- Accuracy and precision
Laser cutting uses an infrared-focused laser light beam to penetrate a piece of metal. It is one of the most precise methods available, able to read and follow computer-programmed instructions up to ¼ of a millimetre.
However, due to its limitations, laser cutting can only cut stainless steel sheets up to a thickness of 25 mm.
Laser cutting is, of course, significantly faster and more powerful than manual cutting methods. This process allows the technician to create small and complex shapes without taking too much time, making it highly efficient.
What’s great is that its speed does not compromise quality.
Overall, laser cutting and bending are incredibly versatile processing methods. A single laser can form a variety of shapes and geometries, eliminating the need to switch between different tools.
Moreover, laser cutting is a contactless method, minimising the risk of damaged tools and equipment.
Applications of laser cutting and bending
Another advantage of laser cutting and laser bending is that they have a wide variety of applications.
Several industries make use of laser precision technology, manufacturing tools and products such as:
- Surgical instruments and hospital beds
- Lighting fixtures
- Spades, hammers, and other tools
- Metal detectors, conveyors, and aeroplane parts
Do you need reliable laser cutting and bending services in South Africa? Search for a company offering the latest precision technologies and using only the best processing machinery for its clients!