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HPC Lasers range of “Galvo” engraving machines are available in either CO2 or fiber format, both of which produce the incredibly fast and accurate engraving capability that only Galvo laser engraving heads can offer.
Our CO2 laser engravers, also known as laser markers, use a conventional water cooled glass CO2 laser tube and are perfectly suited for marking plastics, woods, and coated metals. Additionally, they will engrave uncoated metals with the use of a ceramic marking compound.
When configured with a fiber laser source, our laser engravers will mark both coated and uncoated metals (typically carbon and stainless steels and non-ferrous metals) without the need for a marking compound. Fiber laser engraving is not ideally suited to marking woods, leather and other non-metallic materials, although they do produce excellent results on some plastics.
Whilst our CO2 Galvo machine has the same limitations as a conventional CO2 machine (will only engrave uncoated metals with the use of a ceramic marking compound), its incredible speed offers cost-effective production rates with compatible materials.
Our LSE110 provides a cost effective solution for rapid, consistent fiber laser marking and engraving of uncoated metals such as mild, stainless and non-ferrous metals. The machine comes with self contained air cooling, onboard fume extraction and multiple engraving area options.
The ultimate in laser marking machines, our LS110 fiber engraves coated and uncoated metals with incredible speed. The safety interlocked enclosure can be custom made to suit your requirements, and multiple lens options offer a marking area up to 300mm x 300mm.
Desktop laser engravers (also called laser etching or marking machines) are similar to laser cutters in that they utilise laser technology to engrave or mark a variety of materials. The main difference is the speed in which they can engrave materials. Read more about laser marking here.
These machines direct a high-powered laser beam onto the surface of the material, vaporising it to create a permanent mark.
The process is extremely precise and can be used to produce detailed designs, text, and logos.
Ideal for intricate designs and detailed artwork on a wide range of different wood types.
Perfect for creating signs, awards, name plates and other decorative items.
Commonly used for etching patterns or text on bottles, windows, and awards.
Suitable for personalised items like wallets, belts, bags, book covers and bookmarks.
Great for custom invitations, business cards, and packaging prototypes.
Can be used for marking cloth for fashion and interior design.
Often used to create custom stamps, silicone wristbands & key rings.
Used for engraving tags, product labels, and various types of signage.
Used for decorative items, such as plaques and custom tiles.
Engrave mugs, plates, bowls and more with a custom design.
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Engrave aluminium, stainless steel, brass, copper & more.
Outstanding engraving of anodised and powder coated metallic parts.
Often used for marking durable goods and industrial parts.
Used for marking and traceability in electronics manufacturing.
Specific types suitable for high-contrast marks and detailed engravings.
The applications of laser engraving machines are vast and varied, spanning numerous industries.
Here are some common uses:
From personalising gifts to enhancing industrial production processes, the benefits of laser engraving machines are numerous and impactful. Here are some of the key advantages that make laser engraving machines a preferred choice for businesses and hobbyists alike.
Speed is by far the biggest benefit of a dedicated laser engraver vs a CO2 laser cutter & engraver.
Speeds can be up to 10x faster than a conventional CO2 laser cutter, which greatly enhances productivity, making them ideal for mass production as well as small-scale, custom projects.
Laser engravers provide extremely precise and detailed engravings, with consistency and repeatability.
This high level of accuracy and consistency is essential for industries that require meticulous precision, such as electronics and medical device manufacturing.
Laser engravers can process a wide range of materials.
This versatility makes them suitable for diverse applications, from creating custom jewellery to marking industrial components. Their desktop-style, compact design also makes them versatile for various applications and locations.
Since laser engraving is a non-contact process, there is no wear on the material being engraved, reducing the risk of damage.
This method ensures a clean, smooth finish, making it ideal for delicate materials and intricate designs, while also maintaining the integrity of the workpiece.
Laser engraving machines usually have fewer moving parts and need less maintenance than traditional engraving tools or CO2 laser cutters.
This reduces downtime and maintenance costs, leading to a lower total cost of ownership. They are more efficient and cost-effective in the long run than CO2 laser cutters.
Laser engraving generates less waste than traditional methods and eliminates the need for harmful chemical etching agents.
This makes it a more environmentally friendly option, reducing the ecological footprint while still providing high-quality, precise results for various applications and industries.
Recognising the importance of laser engravers & markers as a substantial investment, we are dedicated to providing a comprehensive service package that includes delivery, installation, setup, and on-site training tailored to your specific needs.
This package is designed for both commercial manufacturers and educational institutions.
Our dedication to supporting our customers extends far beyond the initial setup. We boast a nationwide network of seasoned service engineers, ready to provide maintenance and service tailored to your financial plans and operational needs. Here’s why you should choose HPC Laser.
Every purchase of our laser engraving machines comes with an exceptional warranty, lifetime access to email and telephone support, and remote online assistance, ensuring that help is always just a call or click away.
Additionally, we host an exclusive online forum over at Laserscript for our users.
This platform allows you to connect with the broader laser community, where you can seek advice, share insights, and discuss your projects with peers, enhancing your overall experience with our technology.
Buying a CO2 laser cutter for the first time can be a daunting process with many questions along the way. Below you’ll find some of the answers to questions we regularly receive from customers.
CO2 laser engravers are typically used for non-metal materials such as wood, acrylic, and glass. Fiber laser engravers are better suited for metals and some plastics.
Galvo laser engraving machines can cut thin materials such as thin plastics and metal foils (fiber only) for specific applications but they are intended primarily for only marking and engraving.
CO2 laser engraving with the use of a marking compounds adds material to the surface of the material being engraved. This can be removed through abrasion or wear. Fibre laser engraving removes material and the depth of the engrave can be controlled by modifying the laser power and number of passes. This method of engraving is much more resistant to wear and abrasion and can produce an engrave that will still be visible after painting or powder coating.
Laser engravers require relatively low maintenance compared to traditional engraving tools. Regular cleaning and occasional part replacements are typically all that is needed.
Yes, laser engraving is safe when proper safety protocols are followed. All of the HPC laser engravers are full enclosed and include Allen Bradley Guardmaster CE marked non-contact safety switches which are suitable for educational environments.
Yes, many laser engravers can be used to engrave high-resolution photos on various materials, creating detailed and beautiful images.
Consider the types of materials you will be working with, the required precision, the size of the projects, and your budget. If you’re unsure, get in touch with one of our experts today.
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