Virmer Fiber Laser Engraving is a fiber laser manufacturing company that manufactures fiber laser machines and a new type of CNC laser engraving system with a fiber laser generator for permanent marking on metals, non-metals, and 2D and 3D surfaces. Fiber laser engraving machines are used in metalworking by hobbyists, small businesses, small shops, home businesses, school education, commercial use, and industrial manufacturing.
What is a fiber laser marking device?
A fiber laser is just the name of a fiber-optic transfer method that drives a powerful, amplified beam of nimbleness to the cutting head of a laser machine. The availability of fiber-optic beams is beneficial for the manufacture of lasers. Multiple units are now readily accessible at relatively low costs.
How exactly does a fiber laser marking device work?
The laser cutting machine’s fiber optic transmits the bright source from its reverberating cavity to its CNC-controlled cutting head. The cutting head leads the laser to the materials apparent through several lenses. From the finish of the fiber optic rope, it emanates.
How does the fiber laser pattern machine work?
Industrialists use fiber lasers to remove extreme elements from the surface of the substrate and to engrave durable images, text, or designs.
It has high accuracy, quality, and speed for fine metal engraving. It can draw cylindrical objects like pens, rings, tools, cups, mugs, and tumblers with the help of a rotating attachment. Both titanium and stainless steel can be color engraved with the MOPA laser source. Strong laser power makes it possible to engrave and cut even thin metals deeply.
What is the fiber laser engraving process?
An automatic laser marking device called a fiber laser engraver is composed of a bed frame, a laser generator, a power supply, a computer control system, a field lens scanning system, a galvanometer scanning system, a laser head, a beam combiner, happens, focusing system, laser software, a control card, a red light indicator, a power filter, and other parts and supplements.
A laser beam is directed onto the galvanometer scanning mirror by a laser generator. Generators and scanning galvanometers work with marking software to permanently etch patterns, text, images, or unique designs onto a surface.
Under computer control, an extremely high-energy-density laser beam is beamed onto the surface of the substrate to mark it, and the desired pattern or text is etched away. In recent years, research on optical fiber lasers has received much attention.
The working medium has a pump cavity for the laser generator and the pump source. From its energy ground to its excited state, the working medium is “pumped” by the pump. After collimation and focusing, the spot size reaches tens of microns or less, which is close to the diffraction limit. The laser generator delivers a 1064 nm high-power laser directly into the processing surface via a soft single-mode fiber with a sheath. It can be applied to brand, etch, burn, print, or engrave various materials.
Likes or dislikes:
- Using software and hardware, a laser marking system typically consists of a highly flexible, programmable laser source connected to a high-speed, precise motion system.
- It offers machining capabilities that include cutting, drilling, polishing, scrubbing, scraping, and engraving.
- Laser marking systems are less expensive and more environmentally friendly than inkjet techniques.
- You cannot remove inscriptions permanently.
- It did not damage the non-contact, non-destructive marking.
- Printing accuracy is correct. With continuous engraving, the long service life is more than 100,000 hours.
- A 2D code can be completed in seconds thanks to high-speed cutting and low running costs. There is no apparent connection.
Many metallic and non-metallic materials are compatible with fibre laser technology.
- It is particularly advantageous to mark high melting points, hardness, and brittleness materials.
- It is a non-contact engraving tool with excellent marking quality, no substrate damage, and no mechanical tools required.
- The laser beam is thin, with little-marking material, and it does not use heat, so the affected zone is tiny.
- High engraving efficiency, speed, computer control, simplicity of use, and automation.
- Working without mechanical tools is the best way to etch metals.
- The high cutting speed with low running costs.
Dislikes:
- The large format cannot be engraved because the marking area is too small, and it cannot engrave non-metals such as wood, fabric, plastic, acrylic, glass, and crystal as effectively as CO2 lasers. Novices or newcomers enjoy looking at the marking procedure. Prolonged staring causes eye strain and damage.
- The majority of manufacturers will offer the appropriate specs. Disposing of used lenses properly is better than throwing them in the trash.
What purposes do fiber laser engravers serve?
- In businesses, if they mark something, fiber laser marking machines are mostly used.
- Computer accessories, integrated circuit chips, clocks and watches, industrial bearings, electronic components, auto parts, household appliances, molds, wires and cables, hardware tools, food graphics, and text marking use this type of engraving machine.
- There are in jewelry, packaging, credit card, military, tobacco, and more sectors, as well as industrial mass production, assembly line production, and advanced ultra-fine printing.
Also read: 8 Advantages of Custom Steel Forging We Bet You Didn’t Know
