Laser Marking Machines

MULTISCAN® CO₂ Marking System

MULTISCAN® CO₂ Marking System

The MULTISCAN® range of CO2 laser marking systems, MULTISCAN® HE, MULTISCAN® HE 10i/15i/25i and MULTISCAN® VS, offers an inkless method of applying alphanumeric text, QR codes, 2D and ...

Sold by: Luxinar Ltd Ships from: United Kingdom
Specifications
Work Area X: 300 mm
Work Area Y: 300 mm
Beam Delivery: Galvo
Laser Source: CO2
Laser Output Power: 125 W
Veshay VIPIN-FSD-20V XY Module CCD Camera PCB Laser Marking Machine

Veshay VIPIN-FSD-20V XY Module CCD Camera PCB Laser Marking Machine

XY Module Laser Marking MachineVinpin Technology has developed a classic visual marking software independently, which only takes 2 minutes to create a labeling template, and it is quiet easy to be operated. It can ...

Specifications
Work Area X: 300 mm
Work Area Y: 400 mm
Beam Delivery: Galvo
Laser Source: CO2, Fiber, Custom, Other / Not specified
Laser Output Power: 51020 W
Veshay VIPIN-PD05V: Precision PCB Laser Marking Machine with Fixed Laser Head and CCD Camera

Veshay VIPIN-PD05V: Precision PCB Laser Marking Machine with Fixed Laser Head and CCD Camera

Desktop PCB laser Marking Machine Full-automatic PCB laser marking machine is mainly used for marking QR code, barcode, characters, different patterns on PCB with various kinds of ink, such as white, green, or black ...

Specifications
Work Area X: 300 mm
Work Area Y: 400 mm
Beam Delivery: Galvo
Laser Source: CO2, Fiber, Custom
Laser Output Power: 51020 W
Veshay VIPin-4545AT Offline PCB Laser Marking Machine HDZ-PCB100 Re-TEK S6 M6 HGTCH LCD10 LCD 20

Veshay VIPin-4545AT Offline PCB Laser Marking Machine HDZ-PCB100 Re-TEK S6 M6 HGTCH LCD10 LCD 20

Veshay PCB Laser Marking Machines There are two different appearances of our PCB Laser Marking Machines- Old stlyle and new designed appearance, while software, function and inner structures keep the same. ...

Specifications
Work Area X: 0 mm
Work Area Y: 0 mm
Beam Delivery: Galvo, Other
Laser Source: CO2, Fiber, Other / Not specified
Laser Output Power: 510 W
Veshay VIPin-4651BT PCB Laser Marking Machine Double-Sided Marking with TOP-BOTTOM Laser Heads

Veshay VIPin-4651BT PCB Laser Marking Machine Double-Sided Marking with TOP-BOTTOM Laser Heads

Veshay PCB Laser Marking Machines Double-sided Marking with TOP-BOTTOM Laser Heads Standing out from numerous brands, such as HGLASER LCD LCB Series, R-TEK S6,M6,R6 Series, Hans Laser HDZ-PCB100F,HDZ-FPC4530D,etc., ...

Specifications
Work Area X: 460 mm
Work Area Y: 510 mm
Beam Delivery: Galvo
Laser Source: CO2, Other / Not specified
Laser Output Power: 510 W
LXQ Series Fiber Laser Marking Systems

LXQ Series Fiber Laser Marking Systems

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 ...

Sold by: Laserax Ships from: Canada
Specifications
Work Area X: 340 mm
Work Area Y: 340 mm
Beam Delivery: Galvo
Laser Source: Fiber
Laser Output Power: 20 W
LXQ-HP Series - High Power Fiber Laser Marking and Cleaning System

LXQ-HP Series - High Power Fiber Laser Marking and Cleaning System

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 ...

Sold by: Laserax Ships from: Canada
Specifications
Work Area X: 280 mm
Work Area Y: 280 mm
Beam Delivery: Other
Laser Source: Fiber
Laser Output Power: 500 W
Towermark XYZ 3-Axis Laser Marker

Towermark XYZ 3-Axis Laser Marker

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 ...

Specifications
Work Area X: 1000 mm
Work Area Y: 500 mm
Beam Delivery: 3 Axes
Laser Source: CO2, Fiber
Laser Output Power: Not Specified
LASIT Laser Marking Minimark

LASIT Laser Marking Minimark

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 ...

Specifications
Work Area X: 610 mm
Work Area Y: 315 mm
Beam Delivery: Galvo
Laser Source: Fiber
Laser Output Power: 20 W
Fiber Laser Marking Machine with Enclosure (Type V)

Fiber Laser Marking Machine with Enclosure Type V

Introducing the MY-M50F Fiber Laser Marking Machine, a groundbreaking solution designed to deliver unparalleled precision and efficiency in laser marking technology. Engineered for durability, this machine boasts an ...

Specifications
Work Area X: 150 mm
Work Area Y: 150 mm
Beam Delivery: 3 Axes, Galvo, Large Platform
Laser Source: Fiber
Laser Output Power: 20 W
UV Laser Marker (FOBA V.0020-UV)

UV Laser Marker (FOBA V.0020-UV)

The FOBA V.0020-uv ultraviolet marking laser applies high-contrast markings on sensitive products. As the vector scanning laser colors the product's surface photo-chemically, the heat that results from laser marking ...

Specifications
Work Area X: 64 mm
Work Area Y: 76 mm
Beam Delivery: Other
Laser Source: DPSS (Nd:YVO4)
Laser Output Power: 20 W
10W Fiber Laser Marker Y.0100

10W Fiber Laser Marker Y.0100

The powerful fiber laser markers in the Y-Series are ideally suited for industrial part marking. They are used in almost all metal and plastic processing industries for precise and efficient direct marking of parts ...

Specifications
Work Area X: 60 mm
Work Area Y: 76 mm
Beam Delivery: Other
Laser Source: Fiber
Laser Output Power: 10 W
20W Fiber Laser Marker Y.0200

20W Fiber Laser Marker Y.0200

The powerful fiber laser markers in the Y-Series are ideally suited for industrial part marking. They are used in almost all metal and plastic processing industries for precise and efficient direct marking of parts ...

Specifications
Work Area X: 60 mm
Work Area Y: 76 mm
Beam Delivery: Other
Laser Source: Fiber
Laser Output Power: 20 W

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.

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.

Brief Introdution to Laser Marking Machines

Laser marking machines have become indispensable tools across various industries, offering precise, permanent, and high-speed marking solutions. Utilizing concentrated laser beams, these machines engrave or etch information onto a wide range of materials without physical contact, ensuring durability and accuracy.

One of the primary advantages of laser marking is its versatility. These machines can mark metals, plastics, ceramics, glass, and even organic materials like wood and leather. This adaptability makes them suitable for applications in automotive, aerospace, electronics, medical devices, and consumer goods industries.

In the automotive and aerospace sectors, laser marking ensures traceability by etching serial numbers, barcodes, and part numbers onto components. This facilitates quality control and compliance with industry regulations. Similarly, in the electronics industry, laser marking is used to label circuit boards, semiconductors, and connectors with high precision, aiding in inventory management and counterfeit prevention.

The medical field benefits from laser marking by enabling the permanent labeling of surgical instruments, implants, and devices with critical information such as batch numbers and expiration dates. This ensures patient safety and adherence to stringent regulatory standards. Furthermore, pharmaceutical packaging can be marked with tamper-evident features, enhancing product security.

Laser marking also plays a significant role in customization and branding. Manufacturers can engrave logos, decorative patterns, and personalized messages onto products, adding value and appeal. This is particularly prevalent in the jewelry, fashion, and promotional product industries.

From an operational standpoint, laser marking machines offer several benefits. They are low-maintenance, as they do not require consumables like inks or solvents, reducing operating costs and environmental impact. The non-contact nature of laser marking minimizes wear and tear on both the machine and the materials being marked, ensuring longevity and consistent performance.

Modern laser marking systems can be integrated into automated production lines, enhancing efficiency and throughput. Their high-speed operation allows for rapid processing of components without compromising on quality. Additionally, the precision of laser marking ensures that even the most intricate designs and smallest fonts are rendered clearly and legibly.

Safety is another critical aspect of laser marking technology. Many machines are equipped with enclosures and fume extraction systems to protect operators from laser exposure and airborne particles. Proper ventilation and adherence to safety protocols further ensure a secure working environment.

In summary, laser marking machines offer a reliable, efficient, and versatile solution for permanent marking needs across diverse industries. Their ability to produce high-quality marks on various materials, coupled with operational and environmental benefits, makes them a valuable asset in modern manufacturing and production processes.