Market Research

How does laser engraving work? How can you utilize it?

Laser engraving is an excellent asset for your manufacturing. From manufacturing needs to marking items with numbers and logos in promotional and marketing applications, it can significantly enhance your product and brand image. To begin to benefit from this technology, you must know how the laser engraving function and the guidelines for the design you must follow to be successful when using it.

Laser engraving technology How does it work?

Laser engraving is built on the stream of laser light that is reflected onto an area. In the beginning, you require an image, which is then sent from the computer to the machine’s controller. The controller will then position the laser beam and then burns or melts the surface based on the image.

There are two kinds of Laser engraving comes in two forms: line engraving and surface engraving. The first type makes use of vector images to go along with lines or lines. Surface engraving uses images to create photos or create 3D-like impressions.

What are the benefits of laser engraving?

This technique is beneficial for quick manufacturing. This procedure is speedy and also secure. It is incredibly efficient in situations where the time of production is crucial. This method can speed up the production process. It is now possible to engrave important information about your production on your mechanical components that will remain permanent and imperishable.

Laser engraving can work with various materials, including Cardboard, wood, and even plastic, which is why traditional methods often do not work. This is why laser engraving can boost your production by using innovative materials and give you an entirely new design option.

Materials for engraving

There are many options of materials available with different thicknesses and colors. Selecting the best material is an important choice, and so we’ll provide you with an overview of the various materials.


Acrylic is a material made of plastic that is robust and immune to scratches. It’s also excellent in regards to shrinkage and tolerance. It can handle laser processes very efficiently, so your design will appear with a high-quality output.

Furthermore, the material can be exposed to other design techniques, such as painting and gluing. It’s also waterproof and therefore can be used in moist areas such as bathrooms and kitchens. Many applications of acrylic are in various fields like lighting, medical, and electronics.

For the available thicknesses and colors, look up our Acrylic page.


This material is comprised of a series of pieces of wood that are glued together. Because of this, Plywood can be extensively utilized by builders, cabin makers, and industrial designers. The most remarkable properties of this material include mechanical resistance and flexibility and water resistance, lightness, and aesthetics.

Plywood is an ideal material for the creation of finished products. Because it’s made from wood, it enhances your designs by giving them a unique natural appearance. The material can be made into like wood. It can be glued on, and it’s also sawed, screwed, and nail.

For available colors and thicknesses, look up the plywood section.


MDF Medium-Density Fiberboard is an engineered wood material. It is made from leftover softwood or hardwood pieces that are then broken into wood fibers. Fibers join using resin binder and wax. After the application of pressure and high temperatures, MDF panels are then made.

MDF is characterized by the characteristics of a smooth feel and the natural beige tone. The significant advantage of this material is the adjustment method it can resist instead of solid wood. MDF can be stained, painted, or dyed, fireproofed, waterproof, molded, and even bent. When subjected to sanding or planing, it can also be used because it does not contain knots and rings.

For more colors and thicknesses available, look up our pages on Plywood.


Cardboard It is created by laminating corrugated, flat, or embossed paper in various thicknesses. Cardboard is an excellent material in your production since it is incredibly light and comes at the benefit of an affordable price.

Like other materials for laser engraving, it can be altered by cutting, gluing, or folding. Additionally, on top of this, Cardboard is also recyclable and biodegradable. The general perception is that it is used only for packaging. Still, in reality, it can be helpful in prototype and the manufacturing of models that are used for presentation in the field of architecture.

For the available thicknesses and colors, visit our pages on Cardboard.


The polyoxymethylene material, the POM, is a thermoplastic used in engineering known in other names such as Acetal, also known as Delrin. It’s a viral material due to its outstanding physical properties, strong resistance, and excellent quality of dimensional stability. It is smooth and has a glass-like surface.

The material was developed keeping in mind internal technical components. It’s light, durable, and sturdy, but also waterproof, weatherproof, and solvent-resistant. It is resistant to cracking and makes it a good option for industrial tools, spare parts, hinges, gears, or locks.

For the available colors and thicknesses, visit our POM website.

Design guidelines

There are specific guidelines you must be following when it comes to laser engraving. One of the most well-known aspects associated with laser engraving involves the ability to create text. Once the text is sent to the controller, the machine will automatically create an enclosure around the letters. Hence, it is essential to keep in mind:

Make sure that the letters are correctly spacing

The minimum size for text is 2 millimeters

Narrow fonts are the most popular

Laser cutting

One of the most significant benefits of Laser engraving can be Laser Cutting. It’s like laser engraving but using Laser technology. The laser-cut through the material according to the shape of the object. Laser beams are exact and allow for quick production at a reasonable cost. It’s also quick and can be used with the same materials similar to laser engraving. Learn more about the advantages of Laser Cutting with our blog article.

Have you ever heard that it is possible to mix laser engraving with laser cutting and… 3-D printing? This is the ultimate goal of invention! Take a look at our light drone that was created using those techniques!

How do I begin laser engraving?

We hope this post will help you understand the process of laser engraving. It is now clear the types of materials you can pick from. All it takes is the file. If you have one, you can add your file to your Laser cutting or engraving services! It’s that easy. But, if you don’t have a project file that you want to use, begin by studying the most effective 2D laser software or contact the sales team at.

Theron phelakwayo is a South African blogger, an entrepreneur, a content creator, a blue ray film watcher. cinema is my passion, and i have to act on movies, but I have no chance of an acting career. so I turned into a blogging career.


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