Two New Laser Markers! The HL-30E-CO2 & HL-10E-UV
Tooling Engineer Brayan gives a quick introduction to our new Laser Markers for marking organic, non-metallic, plastics, and other heat-sensitive materials.
HL-50E Vs. HL-50E-XT Laser Markers
Haas Tooling Engineer Brayan is back with a quick overview of the differences and similarities between the HL-50E Laser Marker and it's new bigger brother the HL-50E-XT.
Fiber Laser Marking Machines
Laser marking is a non-contact process that uses a focused laser beam to create permanent, high-contrast marks directly on a material’s surface. It uses no inks, dyes, or other consumables, so the marks resist wear without adding ongoing supply costs.
Laser marking machines utilize advanced photonics to offer precise laser marking and engraving capabilities to your production line. Fiber laser marking machines are equipped with an optical fiber cable, instead of the typical series of lenses, to concentrate and amplify the high-output, diode-generated light through a converging lens. The resulting laser beam is straighter, smaller, and more precise than other types of laser marking machines, with greater electrical efficiency and comparatively low operating costs.
These machines are generally suitable for most metallic materials and alloys, such as steel, stainless steel, brass, aluminum, silver, and iron, as well as some non-metallic materials, allowing it to be applicable across a wide range of industries – ideal for small and large manufacturing operations alike.
The Haas HL-50E is a complete fiber laser marking solution that includes everything you need to etch and mark materials in your shop – all in a mobile, easy-to-set-up package. Includes a lifetime license to LightBurn Software.
ATTENTION! Haas laser marking machines are equipped with an integrated fume extractor designed to remove harmful fumes and particulates generated during laser operation. Additionally, the machines feature laser safety windows to filter hazardous light rays. Operating the machine without the factory-provided fume extractor or with the laser safety windows unlocked and open may pose serious health and safety risks due to exposure to fumes, particulates, and/or harmful light rays.
Features
- Q-Switch Pump Source – efficiently emits light in rapid bursts/pulses, for better thermal control
- Laser Pointers – ensures marker is in focus once calibrated
- Integrated Fume Extractor – automatically extracts harmful fumes produced by lasering
- 450 x 350mm Standard Fixture Plate
- Laser Light-Safe Windows
- Power and Manual Laser Head Height Adjustment
- Foot Switch
- Integrated Windows 11 PC
- Includes a lifetime license to LightBurn Software
- Includes a 12-month warranty from ship date supported by your local Haas Factory Outlet
- (2) Laser Lenses Included:
- F160 Lens: 110 x 110mm (~4" x 4") working area, 160mm focal length (default)
- F290 Lens: 200 x 200mm (~8" x 8" working area, 290mm focal length
PICKING THE RIGHT TOOL FOR THE JOB
The best laser for your shop depends on what youʼre marking. Haas laser markers come in three distinct types, each optimized for a different family of materials. Choose the one that fits your application, or combine them to cover every job in your shop.
Metal Marking
HL-50E Series
A fiber laser is the workhorse of metal shops. A near-infrared beam delivers fast, high-contrast marks on bare and coated metals with high repeatability.
Ideal Use-Cases:
Industrial marking, serialization, QR codes, anodized aluminum,
and tooling identification.
Keep in mind:
Non-metallic, plastic, or organic materials with low thermal
conductivity may not mark cleanly and may melt or burn.
Mixed-Use Marking
HL-10E-UV
A UV laser is designed for delicately marking a wide variety of materials. The short, ultraviolet wavelength produces an extremely fine line width, with minimal heat.
Ideal Use-Cases:
Glass and ceramics, plastic components, heat-sensitive
substrates, and fine detail work.
Keep in mind:
Quality and material sensitivity come at the cost of speed.
Organic Materials Marking
HL-30E-CO2
A CO2 laserʼs long-wave infrared beam is absorbed naturally by non-metallic and soft materials, producing rich, high-contrast marks at high speed.
Ideal Use-Cases:
Wood products and furniture, leather goods, denim, acrylic
signage, and packaging.
Keep in mind:
The CO2 lasers cannot mark bare metals well.
Laser Marking vs. Engraving vs. Etching
Laser marking, laser engraving, and laser etching are related but distinct processes. Laser marking discolors the surface without removing material, using methods such as annealing, carbon migration, and foaming or coloration to create durable barcodes, UID and QR codes, and logos.
Laser engraving removes material to cut a recessed cavity into the part. Laser etching melts a thin surface layer to produce a shallow, slightly raised mark. Choose marking when you need a permanent, flush mark, and choose engraving or etching when depth or tactile feel matter.
Applications and Industries
Laser marking machines handle a wide range of production jobs. Common uses include permanent part serialization, QR, 2D, and barcode traceability, and tooling and part identification.
Match the laser to the material: fiber lasers mark anodized aluminum and bare or coated metals; UV lasers mark heat-sensitive plastics, glass, and ceramics; and CO2 lasers mark wood, leather, acrylic, and packaging. Shops in manufacturing, medical devices, aerospace, and automotive rely on these marks for durable identification. Because the mark alters the surface itself, it supports traceability and compliance needs without inks or labels.
Choosing Your Lens
Haas laser markers use a galvanometer-driven F-Theta lens system to direct the beam across the marking field. Some models have two lenses available, each optimized for a different type of work.
Long focal length
A wider depth of field and larger field size makes it better suited for larger marking areas and parts with uneven surfaces.
Short focal length
A smaller field with a finer focal point and higher beam density makes it ideal for detailed work and precise marks.
Lightburn
Customize your creative assets
Artwork, graphics, and decals can be imported in a variety of formats.
Total control of the machine
Laser power, frequency, speed, number of passes, and more can be easily adjusted.
Ready to run
LightBurn is preinstalled on the integrated desktop, and each purchase includes a lifetime license.
| Model | HL-30E-Co2 | HL-10E-UV | HL-50E | HL-50E-XT | HL-50E-XTG |
|---|---|---|---|---|---|
| Wave Classification | Long-Wave Infrared | Ultraviolet | Near Infrared | ||
| Wavelength | ~10600 nm | ~355nm | ~1060 nm | ||
| Gain Medium | Solid-State Nd:YVO4 | Gas (CO2) | Fiber Optic | ||
| Power | 30 W | 10 W | 50 W | ||
| Cooling | Air Cooled | Water Cooled | Air Cooled | ||
| Repeatability | ±0.0001 in (±0.003 mm) | ±0.0008 in (±0.002 mm) | ±0.0001 in (±0.003mm) | ||
| Min. line width | 0.004 in (0.1 mm) | 0.0002 in (0.005 mm) | 0.0004 in (0.01mm) | ||
| Source Lifespan | 40,000 hrs | 25,000 hrs | 100,000 hrs | ||
| Fixture Plate | 17.7 x 13.8 in (450 x 350 mm) | 39.3 x 25.5 in (1000 x 650 mm) | 59 x49.2 in (1500 x 1250 mm) | ||
| Lens Marking area | F-300-CO2: 4.3 x 4.3 in (110 x 110 mm) | F-160-UV: 4.3 X 4.3 in (110 x 110 mm) | F-160: 4.3 X 4.3 in (110 x 110 mm) | ||
F-290-UV: 7.8 x 7.8 in (200 x 200 mm) | F-290: 7.8 x 7.8 in (200 x 200 mm) | ||||
| Positionable Marking Area | 7.9 x 13.8 in (200 x 350 mm) | 39.3 x 19.7 in (1000 x 500 mm) | F-160: 49.8 x 27.6 in (1265 x 700 mm) | ||
F-290: 53.3 x 31.1 in (1355 x 790 mm) | |||||
| Positioning | Manual Y, Motorized Z | Manual Y, Motorized Z | Manual Y, Motorized Z | Manual X/Y, Motorized Z | Motorized X/Y/Z |
Frequently Asked Questions
Which Laser Marking Machine Is Right for My Material?
Use a fiber laser (HL-50E series) for metals; a UV laser (HL-10E-UV) for heat-sensitive plastics, glass, and ceramics; and a CO2 laser (HL-30E-CO2) for wood, leather, acrylic, and packaging.
Does Laser Marking Wear Off?
No. Laser marks alter the surface itself, so they resist fading, wear, chemicals, and abrasion far better than ink.
What’s the Difference Between Laser Marking and Laser Engraving?
Marking discolors the surface without removing material, while engraving cuts a cavity into it.
What Materials Can Haas Laser Markers Mark?
Metals such as steel, stainless, brass, and aluminum, plus plastics, glass, ceramics, wood, and leather, depending on the laser type.
Do I Need Any Accessories?
Rotary fixtures, replacement lenses, and filters are available to match your marker to specific parts and jobs.