Laser Marking Machines

The Fiber Laser Marking Systems are ideal when your application requires higher output powers with a smaller spot size and a virtually maintenance free operation. The high beam quality and small spot size with larger lenses allows it to be used for smaller component batch marking applications, the cutting of very thin metals, and to ...

Specifications

Work Area X: 65 mm
Work Area Y: 65 mm
Beam Delivery: Galvo
Laser Source: Fiber
Laser Output Power: 30 W
...
Data Sheet
The fiber laser source in this machine is highly integrated, has superior laser beam and uniform power density. Output laser power is stable. This design highly increases the machine’s anti-reflection ability with optical isolator, and is able to mark on most highly reflective materials such as aluminum, copper, gold and silver ...

Specifications

Work Area X: 110 mm
Work Area Y: 110 mm
Beam Delivery: Galvo
Laser Source: Fiber
Laser Output Power: 50 W
...
Data Sheet
Presenting our "Compact High-Speed Air-Cooled Laser Marking Machine for Various Materials", an innovative solution designed for diverse marking needs. This compact, energy-efficient machine offers high-speed precision marking on a wide array of materials including metals, ceramics, plastics, and more. Ideal for industries ranging ...

Specifications

Work Area X: 300 mm
Work Area Y: 300 mm
Beam Delivery: Galvo
Laser Source: Fiber
Laser Output Power: 20 W
...
Data Sheet
Technical Parameters Model: ST20FD-P Working area:100x100mm/200x200mm/300x300mm Power: Raycus 20W(Option: Max, IPG) Marking Depth:≤1.2mm Marking speed:≤12000mm/s Min. Line width:0.01mm Min.Character:0.05mm Power supply:220V/50Hz

Specifications

Work Area X: mm
Work Area Y: mm
Beam Delivery: Galvo
Laser Source: Fiber
Laser Output Power: 180 W
...
Data Sheet
This Fiber Laser Marking Machine can mark any logo, characters, design on metal and some kinds of plastic materials. Fiber laser marking machine requires no consumable, no maintenance, while exhibiting long service time. Laser marks created with this machine are permanent and of high contrast.  This Fiber Laser Marking Machine ...

Specifications

Work Area X: 110 mm
Work Area Y: 110 mm
Beam Delivery: Galvo
Laser Source: Fiber
Laser Output Power: 30 W
...
Data Sheet
Supreme Multi-Axis Laser Marking Machine
BERMA Macchine s.r.l.
The Supreme Multi-Axis Laser Marking Machine is a high productivity marking machine designed for identifying small and large workpieces. It is equipped with fiber 1060-1080 nm laser sources from 20W to 100W power with Q-switched or MOPA technology, allowing for the most suitable configuration for different needs.     ...

Specifications

Work Area X: 500 mm
Work Area Y: 112 mm
Beam Delivery: 3 Axes, Other
Laser Source: Other / Not specified
Laser Output Power: 20 W
...
Data Sheet
Supreme-XL Multi-Axis Laser Marking Machine
BERMA Macchine s.r.l.
The Berma Supreme-XL Multi-Axis Laser Marking Machine is a high-productivity marking machine designed to identify small workpieces on a pallet or mark big workpieces in multiple spots. It is equipped with fiber 1060 - 1080 nm laser sources from 20W to 100W power with Q-switched or MOPA technology, suitable for marking on all kinds of ...

Specifications

Work Area X: 982 mm
Work Area Y: 362 mm
Beam Delivery: Other
Laser Source: Fiber
Laser Output Power: 20 W
...
Data Sheet
GYRUS Laser Marking Machine with Turntable
BERMA Macchine s.r.l.
The GYRUS Laser Marking Machine with Turntable is a high productivity marking machine that is designed to provide maximum precision degree even in the serial processing of numerous batches. It comes with a positioning system with a 500mm diameter (two-position) rotary table that allows for the loading/unloading of pieces during the ...

Specifications

Work Area X: 112 mm
Work Area Y: 112 mm
Beam Delivery: 3 Axes
Laser Source: Fiber
Laser Output Power: 20 W
...
Data Sheet
FOCUS Fiber Laser Marking Machine
BERMA Macchine s.r.l.
The FOCUS fiber laser marking machine by Berma is designed to provide an appropriate balance between marking accuracy, productivity, and the possibility of marking medium to large pieces in a compact size.     It is suitable for optimizing the traceability process of parts and components, complying with the ...

Specifications

Work Area X: 112 mm
Work Area Y: 112 mm
Beam Delivery: Other
Laser Source: Fiber
Laser Output Power: 20 W
...
Data Sheet
MIKRO Fiber Laser Benchtop Marking System
BERMA Macchine s.r.l.
The MIKRO Fiber Laser Benchtop Marking System by Berma is a renewed laser marking system that can be easily and safely installed on a bench or table thanks to its CLASS 1 protection cabin.    It is particularly suitable for processing handy components, single or in small batches. With an optimized arrangement of the ...

Specifications

Work Area X: 112 mm
Work Area Y: 112 mm
Beam Delivery: 3 Axes
Laser Source: Fiber
Laser Output Power: 20 W
...
Data Sheet
The LXQ Series Fiber Laser Marking System is a fast, reliable, and efficient laser marking system designed for quick integration in all types of production lines.   It is ideal for metal marking applications and can create permanent marks including data matrix codes, QR codes, serial numbers, alphanumeric characters, ...

Specifications

Work Area X: 340 mm
Work Area Y: 340 mm
Beam Delivery: Galvo
Laser Source: Fiber
Laser Output Power: 20-100 W
...
Data Sheet
The LXQ-LP Series is a line of affordable and reliable fiber laser marking systems designed for easy integration into production lines or manually operated marking stations.    With a low output power of 10W or 20W, this system offers high-quality marking capabilities without the need for on-site mechanical ...

Specifications

Work Area X: 300 mm
Work Area Y: 300 mm
Beam Delivery: Galvo
Laser Source: Fiber
Laser Output Power: 10, 20 W
...
Data Sheet
The LXM Series is an all-in-one CO2 industrial laser marker designed for easy integration into both new and existing production lines. This modular system offers flexibility, durability, and precision without compromising on speed.   With mark-on-the-fly capability and optimal contrast, the LXM Series is compatible ...

Specifications

Work Area X: 330 mm
Work Area Y: 330 mm
Beam Delivery: Galvo
Laser Source: CO2
Laser Output Power: 20-70 W
...
Data Sheet
The LXQ-HP is a high-power single-mode fiber laser system designed for system integrators to succeed when facing the most challenging industrial applications.  With a maximum power of 500W, it is the go-to product for laser marking, laser cleaning and laser texturing applications requiring a very short cycle time.

Specifications

Work Area X: 280 mm
Work Area Y: 280 mm
Beam Delivery: Other
Laser Source: Fiber
Laser Output Power: 500 W
...
Data Sheet
The LASIT Tag Belt Laser Marker is an automatic machine with a labeling system and two conveyor belts designed to mark tags while tracking production orders. The Tag Belt has several features in common with the Tower Label X, LASIT's best-selling laser marker for the hydraulics market. It has adjustable tag loader magazines that can ...

Specifications

Work Area X: -- mm
Work Area Y: -- mm
Beam Delivery: Other
Laser Source: Fiber
Laser Output Power: -- W
...
Data Sheet
Towermark XYZ is a 3-axis laser marker designed to meet the needs of businesses that require more demanding production requirements. It is a compact, rigid, and precise laser machining center that can mark large and heavy parts with a maximum size of 1,000 x 500 mm.  The machine has a fixed working table, and the axis ...

Specifications

Work Area X: 1000 mm
Work Area Y: 500 mm
Beam Delivery: 3 Axes
Laser Source: CO2, Fiber
Laser Output Power: -- W
...
Data Sheet
The Micromark G3 is a functional and compact bench laser marker that offers optimal performance at an affordable price. It is designed to meet varied production requirements while maintaining a relatively low price. The machine is able to work independently by managing door opening/closing times through software. It has a ...

Specifications

Work Area X: 590 mm
Work Area Y: 295 mm
Beam Delivery: 4 Axes
Laser Source: Fiber
Laser Output Power: 20, 30 or 50 W
...
Data Sheet
TowerMark Z Laser Marking Machine is a versatile, manual or robot-operated system designed to mark parts with a height of up to 400mm.   The system is easy to move and can be customized with several upgrades for increased productivity and expanded capabilities.

Specifications

Work Area X: 750 mm
Work Area Y: 500 mm
Beam Delivery: 4 Axes
Laser Source: Fiber
Laser Output Power: 20, 30, 50 or 100 W
...
Data Sheet
LASIT Laser Marking Minimark is a compact and versatile laser marking machine that can be easily placed on any workbench. It has a high ratio of occupied space and useful size of the working area, ensuring maximum efficiency in space utilization. The machine offers two options for the Z-axis movement – manual handwheel and ...

Specifications

Work Area X: 610 mm
Work Area Y: 315 mm
Beam Delivery: Galvo
Laser Source: Fiber
Laser Output Power: 20, 30 or 50 W
...
Data Sheet
Enclosure Fiber Laser Marking Machine AT-EF02E
Alldo Tech
Enclosure fiber laser marking machine is not a regular marker that you can find on the market. It is designed with lots of high-end features that lets it operate aggressively to get the work done in the shortest time possible.         The full enclosure fiber laser marking machine does not have complicated ...

Specifications

Work Area X: 110 mm
Work Area Y: 110 mm
Beam Delivery: Other
Laser Source: Fiber
Laser Output Power: 50 W
...
Data Sheet
Enclosure Fiber Laser Marking Machine AT-EF01E
Alldo Tech
Enclosure fiber laser marking machine is not a regular marker that you can find on the market. It is designed with lots of high-end features that lets it operate aggressively to get the work done in the shortest time possible.    The full enclosure fiber laser marking machine does not have complicated and regardless of ...

Specifications

Work Area X: 110 mm
Work Area Y: 110 mm
Beam Delivery: Large Platform
Laser Source: Fiber
Laser Output Power: 50 W
...
Data Sheet
This pen laser marking machine automation is based on type-II table size fiber laser marking machine.   If you want to engrave ordinary stuff, you can take the plate off. We often make the customized automation to acquire different customers\' need. 

Specifications

Work Area X: 150 mm
Work Area Y: 150 mm
Beam Delivery: Galvo
Laser Source: Fiber
Laser Output Power: 20 W
...
Data Sheet
Lightwriter Desktop 30 – 40 Watt Fibre Laser
Thinklaser
Thinklaser bring to the world’s industrial marketplace a comprehensive range of “plug & process” laser marking and engraving products, systems and solutions. One of the most compact, yet versatile, laser marking products available today is the Lightwriter which comprises of a fully integrated marking head, Class 1 worksite safety ...

Specifications

Work Area X: 100 mm
Work Area Y: 100 mm
Beam Delivery: 3 Axes, Galvo
Laser Source: CO2, Fiber
Laser Output Power: 30 W
...
Data Sheet
Paragon Micro-Marker
Hornet Cutting Systems
All Paragon systems are equipped with marking software which comes with a library of 256 pre-defined combinations of power, speed, frequency and pulse length which can be added to or customized. Serialization, barcode, data matrix, geometric shapes, graphics, True Type and Post Script fonts are included within the standard ...

Specifications

Work Area X: 279 mm
Work Area Y: 406 mm
Beam Delivery: Galvo
Laser Source: Fiber
Laser Output Power: 50 W
...
Data Sheet
OYSTER Tabletop Laser Machine
Acsys Lasertechnik
This compact system offers an economical entry into laser marking. The table system delivers outstanding results for individual parts and small-scale series for a wide range of different materials. The OYSTER® is used whenever small parts are to be marked or engraved quickly, flexibly and to a high-quality standard.

Specifications

Work Area X: 500 mm
Work Area Y: 350 mm
Beam Delivery: Galvo
Laser Source: Fiber
Laser Output Power: -- W
...
Data Sheet

Frequently Asked Questions

Laser marking technology leaves permanent marks on various surfaces using a focused beam of light at relatively high power levels. The laser is typically steered either by a pair of linearly moving mirrors or galvo scanning mirrors that steer the beam of light. When focused on a substrate, the laser energy is released into the material. When the light beam interacts with the surface of the component, heat energy is transferred from the beam to the surface. As a result, the material's appearance and properties change. The exact mechanism of laser matter interaction during laser marking depends on a number of factors including the laser output parameters, the material being marked and the existence/absence of a laser marking ink (additive). Depending on these factors a laser machine can engrave, mark, etch, anneal, or discolor surfaces.

Laser markers can mark a very wide range of materials including plastics, ceramics, glass, silicon. Various metals and metal alloys, stones, etc. Depending on the material, composites, graphite, rubber, and LEDs can also be marked in black or other colors. Some Laser Marking Machines can also inscribe precious gems such as rubies, sapphires, and even diamonds.

Laser marking offers a number of benefits over conventional methods of marking. The following is a partial list of benefits: - Excellent marking quality and finest details even for graphics that miniature details. - High repeatability: the laser marking process is computer controlled and offers unmatched reproducibility. - Due to non-contact processing, there is minimal tool wear rendering low long term costs. - Low heat input has little effect on the material. - Ability to be automated and integrated into a larger production process. - Most flatbed laser markers comes with generous work area allowing to mark large surfaces in one go. - Rapid marking speed: laser marking is quite fast achieving speeds of several meters per second on many machines with galvo scanners. - Laser marking typically does not require consumables, unless you use laser marking inks. - The cleanup process is easy and environmentally friendly.

Laser marking is permanent and resistant to abrasion, heat, and acids. The durability of laser marks depends largely on the material being marked. Laser marks on hard materials such as stainless steel are very durable, whereas on softer metals, for instance pure gold or brass, the marks will be as durable as the surface. If you scratch the upper layers of the material, you might be able to scratch off the laser marks on those softer materials. The depth of laser marks is typically a few hundred microns.

Yes. Laser marking creates permanent and high contrast marks on many surfaces. However, please check the question above on durability for more details.

The key thing to be cautious about laser markers is the laser radiation, which could potentially be dangerous for eyes or skin. In general, lasers used in laser marking machines are quite powerful and can cause damage to eye or skin if exposed directly. However many machines come with safety features that renders the entire system to be a Class-3 or even Class-1 products. If in doubt consult specialist to understand how to safely operate the machine.

Yes, it can. It is well documented that certain lasers can create vivid hues on metals by carbon shifting. Several plastics also change color when marked by a laser. Finally there are laser marking inks that when applied to the surface can create high contrast color marks on variety of surfaces including, ceramics, glass, and metals.

There are 159 different Laser Marking Machines from suppliers and manufacturers listed in this category. In just a few clicks you can compare different Laser Marking Machines with each other and get an accurate quote based on your needs and specifications. Please note that the prices of Laser Marking Machines vary significantly for different products based on various factors including technical parameters, features, brand name, etc. Please contact suppliers directly to inquire about the details and accurate pricing information for any product model. Simply navigate to the product page of interest and use the orange button to directly reach out to the respective supplier with one click.

Did You know?

Laser marking machines are Computer Numerical Controlled (CNC) laser machines to create permanent high contrast marks on a number of different materials and surfaces. These laser system typically come with a CO2 or a fiber laser source, although DPSS (Nd: YAG , Nd: YVO4, etc.) lasers are also prevalent. Laser marking machines are used in a number of applications to create different types of graphics, texts (alphanumeric), barcodes, logos, even photos printed on various 2D and 3D surfaces. A Laser marking machine will usually come either with galvo scanner head or as a flatbed system. In galvo scanner based laser marking systems a pair of galvo scanner steers the laser beam using two mirrors towards an F-theta lens which focuses the beam onto the sample being marked. Similarly, in a flatbed system, a pair of mirrors steer the beam using linear motion on an XY plane. In such system, travel along the Z-axis is used to position the object inside the laser marker. Complex 3D and 4D laser marking systems can mark on uneven 3D reliefs and even create 3D marks in glass objects. Laser marking is a mature engineering process that has been adopted by many industries and application including, home improvement, hobby, awards and engraving, manufacturing, automotive parts marking, coding and serializing on a variety of materials, including metals, glass, plastics and stones. Laser marking offers many advantages over traditional marking technologies such as inkjet printing, hot stamping, etc. Marks created by laser marking are a lot more precise, durable and high contrast. The process is also very quick and environmentally friendly.