Monthly Archives: February 2019

Helpful Tips When Laser Engraving Wood

There’s no doubt about it, wood is awesome. The texture, grain, and even the smell of engraved wood is something spectacular. While laser engraving a piece of wood may seem like a pretty simple and straightforward task, the reality is that it can be difficult to get a clean, dark, and sharp engraving. As a result, it’s a good idea for those who are new to wood engraving to use the tips here to make the process a bit easier.

Use Low-Tack Masking Tape to Help Minimize Burn Stains

When using a laser engraver, the laser beam is burning the wood and vaporizing the material. When wood is vaporized by burning, smoke is formed. The smoke moves across the surface of the wood and can leave a brown or yellow stain.

To reduce this staining, cover the wood’s surface with a low-tack masking tape prior to engraving. The wider the tape the better, as it will allow a person to cover the entire surface of the wood quickly. After engraving, simply remove the tape and see that the stain comes off with the tape.

Burn at 1200 DPI for a Dark Engraving

If a person is trying to achieve a sharp engraving, along with a dark contrast for the wood, they should think about increasing the engraving resolution. The more DPI (dots per inch) that are used, the more times that the laser is going to fire, and the darker the wood will be burned. When a person opts to increase their DPI, it is going to make it take twice as long to handle the job so, if fast production is necessary, this may not be the best option for the job.

When it comes to laser engraving wood, there are more than a few things to consider. Be sure to use the tips and information here to achieve the best possible results with the engraving process. More information about a laser and how to use it for engraving wood can be found by checking out the boss laser cutter review, which can be an invaluable piece of information.

Laser Technology: What It Can Do For You

There are many forms of art in our world. The invention of new technology has changed the art we see today and has even created new art worlds! How amazing is that? Another important aspect of art is the design. We design everything from houses to bumper stickers and it does not end there. Etching has also made its way into the market and is unbelievably popular as gifts and decorations. This can all be done by using state of the art laser technology.

The first laser cutter and laser etching technology originated in the United States in the 1960s. This forever changed the landscape and now lasers are not only used by large corporations, but by small businesses and hobbyist. If needing something etched, cut, or more, bosslaser can meet all the needs of any client. The high tech laser technology is top of the line, next to the customer service.

Types of Lasers

There are two main types of lasers that are used. One is a CO2 laser and the other a fiber. The difference between the two is what types of materials are cut best with either machine. CO2 lasers are commonly “pumped” by passing a current through a gas mix or using radio frequency. The RF method is newer and has become more popular. Fiber laser wavelength processes and outputs light much differently. The nearly invisible wavelength of fiber lasers allows it to be absorbed by reflective materials -namely metals- more efficiently compared to Co2.

CO2 lasers are able to process the following materials: cardboard, ceramic, treated metals, fabric, Corian, melamine, cork, Delrin, styrene, fiberglass, glass, granite, leather, marble and much more. Fiber lasers are able to process the following materials: stainless steel, aluminum (bare or anodized), polycarbonates, black/white ABS plastic, brass, carbon fiber, cobalt chrome steel, Delrin and also much more.

If looking for a gift, looking to spice up a home or business or looking to repurpose something old, consider using the latest laser technology to etch, cut or design something that everyone will love. Do not hesitate to start today because the future is right around the corner.

Choosing the Best Type of Laser for the Tasks at Hand

Lasers were first introduced almost 60 years ago. Though they’re relatively new in the grand scheme of things, their applications have quickly grown and spread. From performing delicate surgical procedures to carrying out heavy-duty tasks, they’ve made their way into virtually every industry. New uses seem to be arising on a continual basis.

Laser Rating Scales

BOSS lasers ratings are based on a number of factors, such as energy source, output, risk levels and possible uses. Some are best suited to industrial applications whereas others are more appropriate for small-scale commercial use. In many cases, industrial versions are neither recommended nor legal for residential settings. On the other hand, home laser machines may not be capable of performing industrial-scale tasks. Two basic, common types of lasers come into play for home-based workshops and light commercial purposes: fiber and CO2.

What Are Fiber Lasers Used for?

Fiber lasers are the most recent of these two options to hit the market. They offer greater control and precision than their gas counterparts. Fiber-generated beams also tend be faster and more efficient. At the same time, they don’t produce harmful reflections like CO2 lasers can, so they’re safe to use on metals and other reflective materials. Though they offer a certain level of safety, they’re still powerful enough to cut metal and even be used safely on certain types of plastic.

What Are the Best Applications for CO2 Lasers?

CO2 lasers have been on the market for much longer than fiber ones, so their potential has been more fully explored. These types of lasers are gentle enough to be used in anti-aging skin treatments. On the other hand, they’re powerful enough to etch glass and slice through ceramic, rubber and a wide range of other materials. Despite their strength, they can cut or etch wood, paper and acrylic without burning or melting the medium.

Not all lasers are rated for use in all situations. Some would do immeasurable damage to certain materials and offer little in the way of precision on others. When thinking of purchasing a laser machine, consider the types of materials you’ll be working with, tasks to be performed and level of experience among other elements.