The popularity of laser cutting equipment is growing among industries. As laser technologies are helping to create more optimal products at reduced costs, time, and manpower, there is a huge demand for better machines. Manufacturers and educational bodies have heard the call, and have been working hard to meet the growing demands of industries around the world.
Latest Technologies for Laser Cutting Services
An immense amount of research is being conducted by various Laser Engraver Company equipment manufacturers to help create better equipment. This is favorable not only for the customers but for the manufacturers as well. If manufacturers invent a new technology during the course of their research, then they can patent it, thus creating a unique edge to provide to customers.
In the last few months of 2013, there were a number of new technologies that were worked on as well as introduced by laser companies to customers.
- Fiber Laser Machine: This machine is designed to enhance output in the sheet metal cutting industry. The fiber laser machine has the flexibility to cut both thin and thick sheets of metal up to 25 millimeters. This is done by electronically changing the configuration for the laser beam. This enables the laser to use less power and yet cut sheet metal with the same ease and quality.
- Coil Based Laser Blanking Systems: Another new type of system involves the use of power coils. This machine has the ability to perform laser blanking at extremely high speeds. The result of this is an increase in the number of ready components that can be delivered for immediate use. The new system can also be integrated into traditional laser blanking systems.
Improvements in Laser Standards and Education
It is not only laser companies who are trying to make improvements to enhance the industry. Educational institutes that provide hands-on training in this equipment are also making great strides.
- New Laser Standard: In September 2013, a new standard for laser cutting, ANSI Z136.9 Safe Use of Lasers in Manufacturing Environments, was introduced. It provides guidelines on operating laser beam wavelengths between 1 and 180nm. The standard also provides information on safety procedures required for equipment used in manufacturing facilities.
- Courses on Laser Education: As laser cutting is a specialized and technical form of work, new courses on this are also being introduced. These new courses shed light on laser applications and various new requirements on laser optics. People who take these courses will also be given a complete background on other aspects such as 3D design and printing, laser requirements for wiring, and drilling and welding of components.
What One Can Expect in the Future
With these new developments, one may see an increase in customers who are looking for fast, efficient, and cost-effective manufacturing methods. As laser technology is slowly becoming a popular subject in education, one may even see more engineers wanting to specialize in the same.
Manufacturing companies are beginning to realize the advantages of this and the benefits it offers. Many companies are taking time to invest in this equipment to provide new services to customers. Laser manufacturers are also tying up with metal fabrication companies. The objective is to combine the two services so that both the sectors can benefit from each other.