Plasma can also be used to cut ceramic and glass. Plasma cannot cut plastic or wood because they are electrically conductive.
It can engrave at a maximum speed of 11,760 ipm and is designed for engraving on metals. It can mark detailed fonts and images on smooth or uneven metal parts.
Plasma can cut anything that's conductive. This basically means that it can cut all types of metals. Plasma can cut any reflective metal, such as brass, copper and aluminum (which laser machines cannot do).
FSLmuse Pandora requires 254mm lens, 330mm lens, and 420mm lens to work in open settings. Only then the laser can effectively focus on the material.
Triumph Laser supplies EZCAD2.0 software to control their desktop laser engraver. EZCAD2.0 is capable of creating basic shapes as well as text.
Its laser source module is 8.3" x 14.9" in footprint, while the engraving machine module has 13.8"x 22".
Plasma can cut any metal that has conductive properties. Laser machines have difficulty with reflective metals like copper, aluminum, and brass.
The laser arm is held on the Z-axis by the support column. Adjusting the Z-axis height adjust knob can change the laser focus.
With a Raycus 50W fiber laser, you can etch or mark in aluminum at a 90° angle with a speed of ~4,680 ipm by utilizing 100% of the laser power.
The laser arm can be held by the support columns (Z-axis). The Z-axis can be moved using the height adjustment knob to adjust the laser focus.
Fiber laser machines can cut thin metals more efficiently than others when it comes to cutting. A fiber laser machine can efficiently cut thin metals up 25mm or 1 in. Then, fiber lasers begin to cut metal less efficiently. For cutting ticker metals greater than 25mm, or even 1 inch, you will need a lot of power. This is why it costs a lot more.
LaserWorks or RDWorks software are used to control the machine. You can get them free from their websites.
The light bent in an optical fibre laser is by refraction. An optical fiber cable passes the light via an impurity-free transparent silicon glass core. The core is covered by cladding, which is another layer made of silica with added materials to lower its refractiveindex. Due to the different refractive indexes of the core and cladding, the light will be reflected at the core-clad interface.
Designed by Mitsubishi engineers and built with Mitsubishi components, the GX-F Series is one of the only laser systems in the industry with a single source for service and support.
Because the glass is transparent and the wavelength range of the automatic fiber laser cutting machine does not fall within the absorption range of the glass, it only absorbs a small amount of laser energy within the visible spectrum and cannot be cut by fiber laser.
Laser cutters cost between $13 and $20 per hour to operate. Water jet cutters cost between $15 and $30 per hour. Overall, the operating costs are comparable, and the total cost will be determined by your project.
To guide light, fiber lasers use an optical fiber cable made of silica glass. Because the resulting laser beam is straighter and smaller than with other types of lasers, it is more precise. They also have a small footprint, are energy efficient, require little maintenance, and have low operating costs.