Fiber laser cutting machines are making their way into the Indian market, helping people from various domains to cut precisely and deliver high-quality products. If you are finding out how fiber-cutting machines work and how they can be used for your business needs, then your search has come to an end. Fiber laser cutting machines work with the help of optical fiber, also known as fiber-optic cable, which is the medium for amplifying the light and generating a high-intensity beam onto the metal sheet. Let’s find out how fiber laser cutting machines work.
Do You Want to Know What A Fiber Laser Is?
Fiber laser is the medium or source through which light passes, and the process of amplification of light occurs through stimulated emission, resulting in a high-intensity beam. Fiber-optic cable, also known as optical fiber, is the essential tool that enables the laser to serve its purpose. Fiber laser’s functioning depends on the structure of the core. The core, also known as doped fiber, is made up of silica glass coated with Ytterbium. When particles of light ( photons) interact with this fiber, their photons are excited to higher energy levels; this phenomenon is called excitation or pumping.
Fiber Laser Working Principles: How Does It Actually Work?
Here is how Fibre laser cutting machines work:
- Laser Diodes: Sends light into the fiber-optic cable.
- Fiber-Optic Cable: Contains core, cladding, and coating. Light travels through the doped fiber core made up of silica glass and coated with Ytterbium; due to the high refracted index of the core, electrons are excited, hence producing energy.
- Stimulated Outflow: When an excited electron comes back to its original state, it releases a photon. It can stimulate additional electrons, which in turn release other photons, amplifying the energy.
- Fiber Bragg Gratings: Mirrors installed at both ends of the fiber form an optical, allowing the light to bounce back and forth. It reflects a specific wavelength of light. It works by allowing you to select the type of wavelength you want inside the fiber core and can block specific wavelengths of light.
- Collimating Lens: A collimating lens helps to generate a high beam of light. What it does is concentrate the beam onto the metal sheet for a specific position to target and cut the sheet.
Applications of Fiber Laser Cutting Machines
Fiber laser cutting machines are widely used in various industries, helping them with design, cutting, shaping, welding, and other processes.
Applications of fiber laser cutting machines are as follows:
Fiber laser-cutting machines are beneficial for the toy industry. Helping in cutting, designing, shaping, and joining the parts together can help your toys in trending worldwide.
- Toy Industries: Fiber laser cutting machines are beneficial for the toy industry. Helping in cutting, designing, shaping, and joining the parts together can help your toys in trending worldwide.
- Aerospace: Fiber laser cutting machines are helpful in cutting parts for airplanes, including engines and gear panels.
- Medical: Fiber laser cutting machines are beneficial for cutting surgical instruments and prosthetics.
- Metal Fabrication: Fiber laser cutting machines are used in cutting, shaping, assembling, bending, and welding metals, including stainless steel, carbon steel, aluminum, copper, brass, and titanium.
- Electronics: Fiber laser cutting machines are helpful in cutting components used in electronics, including circuit boards and computer parts.
- Jewelry: Fiber laser cutting machines are useful for cutting intricate designs and patterns in jewelry.
Safety & Maintenance Guidelines
- Always use protective eyewear to prevent laser exposure.
- Ensure proper ventilation to avoid fumes.
- Clean lenses and inspect fiber cables regularly.
- Schedule preventive maintenance to extend machine lifespan.
How to Choose the Right Fiber Laser Cutting Machine
Before buying, consider:
- Power (measured in watts) depending on material thickness.
- Bed size based on production needs.
- Software compatibility and ease of use.
- Warranty, service, and training provided by the manufacturer.
Prakash Laser- Redefining The Fiber Laser Technology
Fiber laser-cutting machines enable you to bring your ideas to life using various metals, including stainless steel and carbon. This advanced technology allows you to innovate and discover new applications where fiber laser cutting excels. It has transformed industries such as automotive, metal fabrication, industrial enclosures, and signage.
If you are involved in any of these sectors or looking to expand into areas where fiber laser-cutting technology could enhance growth and help you achieve your goals, Prakash Lasers should be your top choice for quality and reliability in the industry.
Precision Cutting Made Easy With Prakash Fiber Lasers
Fiber laser cutting machines provide precise cuts that deliver exceptional quality and elevate market standards. These machines can enhance the vibrancy of your designs, making them more impactful for branding and other purposes. Cutting through hard metals becomes effortless with fiber laser technology, allowing you to unleash your creativity and bring your ideas to life.
If you’re looking to purchase fiber laser cutting machines online, Prakash Laser is an excellent choice. We not only deliver the product but also handle the installation and guide you throughout the entire process.
Why Should You Choose Prakash Fiber Laser Cutting Machines?
After knowing all about the fiber laser cutting machines, the question arises: where should we buy these fiber laser cutting machines from, and who should we trust at all? Well, the answer is Prakash Laser. At Prakash Lasers, the machines have been engineered to cater to the needs of manufacturers across various fields, and it is the combination of speed, precision, and efficiency that has proven successful for modern manufacturers.
- Fulfilling more demands with better speed. Fiber laser cutting machines are faster than CO2 machines, leading to better results and more output.
- Adaptable for various materials, including stainless steel, aluminum, and even reflective materials, fiber laser cutting machines cut them with ease.
- Environment-friendly, fiber laser machines are electrically efficient and don’t require any gas mixtures.
- Achieve clean cuts with low operating cost and helpful for designing intricate patterns.
Prakash lasers check all the boxes that a manufacturer requires and help you enhance your productivity with fiber laser cutting machines.
FAQs About Fiber Laser Cutting Machines:
What materials can a fiber laser cutting machine cut?
Fiber lasers can cut metals such as stainless steel, carbon steel, aluminum, copper, brass, and titanium.
Can fiber laser machines cut non-metals?
They are best suited for metals. For non-metals like wood or plastics, CO2 lasers or waterjet cutting is more effective.
What is the typical lifespan of a fiber laser machine?
With proper maintenance, fiber laser machines can last 8–10 years or more.
Which industries use fiber laser technology the most?
Automotive, aerospace, medical, jewelry, metal fabrication, and electronics industries.