The laser arm is held by the support column (Z-axis). The laser focus can also be adjusted by moving Z-axis with the height adjustment knob.
The closer M2 values are to 1, the more laser energy is delivered to the laser spot. It allows for the processing of thicker materials, with deep wells that are thin.
High precision field lenses for laser machines with a fiber-based laser source are used to increase energy density and collimate the laser beam at a single point.
How plasma works can get a little complicated. So, I’m explain as simply and quickly as possible. Plasma cutters basically heat up gas so much that it gets hot enough to melt metal. Then, when the metal is heated up enough to melt, it is blown away with gas to make the cut. There’s a complicated science behind this, but I’ll save that for another day! (or you can research on your own if you like).
MCWlaserPRO is available in half-assembled format. First, attach the vertical column connecting laser source and laser engraving modules.
You can reach them by phone, email, or via their social media accounts for after-sales support.
Engraving applications are where a fiber laser shines. It can mark, etch, and engrave on metals at an incredible speed.
Plasma can cut any metal that is conductive. This includes reflective metals like aluminum, copper, or brass, which laser machines can't cut.
A galvo head can be added to allow for faster work. Galvo heads are commonly used in portable laser cutters.
Boss Laser provides lifetime technical support for their customers through their engineers and technicians.
The laser arm is held by the support column (Z-axis). You can adjust the laser focus by moving the Z axis with the height adjustment knob.
Zendesk allows you to access their support site. It includes sections that can be sorted to make it easier for you to quickly find what your looking for.
Boss Laser provides technical support through engineers and technicians for customers for life.
Fiber lasers are popular for engraving metals, as they can engrave much more accurately than generic CO2 Lasers.
Power consumption is extremely low.
A 3000W fiber laser requires 10kW of power plus 5kW for a chiller, for a total of 15kW. $2,700 per year at a rate of 15kW per hour for 12 hours.
Fiber lasers leave unsightly marks on wood.
The goal of any marking or engraving project is to create a readable mark, whether by hand or machine. Uncontrolled absorption, on the other hand, results in an uncontrolled mark on the wood.
Fiber lasers typically cost between $20,000 and $45,000.