skip to Main Content

INDUSTRIAL MARKING LASERS

Laser systems for engraving, etching, and part traceability.

Pannier offers a wide variety of laser marking systems for the automotive, aerospace, oil and gas, and other manufacturing industries. Our range of solutions allow us to meet our customers’ needs for engraving, etching, annealing, or ablation on nearly any product surface for permanent part identification. Whether you are looking for a laser to integrate into your production line or use as a stand-alone part marking workstation, we have your solution.

Laser Marking Workstations

Lasers can be incorporated into Class 1 safety enclosures which completely enclose the laser beam. Each workstation features safety interlocks to prevent the laser from operating when the door is open, and laser-safe glass allows the operator to view the marking process.

Different lasers can be used for marking different materials. Pannier’s range of powerful and versatile lasers feature dual-galvanometer beam movement for fast, high-resolution marking of text, QR codes, and logos. Mark metal and plastic items in just seconds. Class 1 workstations are available in different sizes to accommodate the size and shape of the items being marked.

Custom enclosures can be also designed to meet your specific needs.

Typical Marking and Coding Applications

  • laser engraving metal parts
  • filling in information on serial plates and asset tags
  • marking around the circumference of round parts
  • marking trays of parts
UBI Basic Laser System

UBI Basic Laser System

Compact desktop laser system for marking small parts and plates. Simple front control panel and impressive safety features.

ARENA Enclosure

ARENA Enclosure

Medium-size system with vertical automatic sliding door and auto height adjustment.

ATF Laser Nameplate Marker

ATF Laser Nameplate Marker

This enclosure with an automatic tag feed (ATF) system completely automates the process of marking of nameplates at least .020″ thick.

PLACA Tag Marking System

PLACA Tag Marking System

This laser enclosure uses a sliding drawer to hold single tags or plates for marking.

Lasers for Integration and OEMs

Laser systems are the ideal choice when permanent, high-quality marks are required on parts during production. Laser marking is fast and maintenance-free, making it an attractive alternative to ink jet marking, chemical etching, or labels. Pannier offers a wide range of Class 4 OEM lasers for integration into production lines and automation cells.

Typical Marking and Coding Applications

  • automotive parts made of metal, plastic, or rubber
  • extruded plastic products
  • packaging and consumer goods
FYBRA Marking Lasers

FYBRA Marking Lasers

Ytterbium Q-switched Fiber

Compact fiber lasers for fast, deep marking on metals.

22 Watt 33 Watt 54 Watt

Max Marking Area:  320 x 320 mm

LXQ-2D Fiber Lasers

LXQ-2D Fiber Lasers

Ytterbium Q-switched Fiber

Featuring an industrial cabinet for use in harsh environments including dust and high heat.

20 Watt 30 Watt 50 Watt 100 Watt 200 Watt

Max Marking Area: 324 x 324 mm

LXQ-3D Fiber Lasers

LXQ-3D Fiber Lasers

3D Fiber Lasers

3D industrial lasers for marking uneven surfaces including round and angled parts.

20 Watt 30 Watt 50 Watt 100 Watt 200 Watt

Max Marking Area:  324 x 324 mm

LXQ-3D Vision Lasers

LXQ-3D Vision Lasers

3D Vision Fiber Lasers

Patent pending autofocus fiber laser engraving systems with integrated 3D imaging.

20 Watt 30 Watt 50 Watt 100 Watt 200 Watt

Max Marking Area:  324 x 324 mm

nanoVIS Marking Laser

nanoVIS Marking Laser

Nd:YVO4 Q-switched Vanadate

Compact, innovative laser marks metals, plastics, ceramics and more with results comparable to more expensive units.

6 Watt

Max Marking Area: 300 x 300 mm

CL CO2 Lasers

CL CO2 Lasers

9.3, 10.2, and 10.6 µm CO2

Suitable for marking glass, organic materials, paper, plastics, rubber, wood, and color removal on surfaces. MOTF capable.

10 Watt 30 Watt 60 Watt

Max Marking Area:  250 x 250 mm

Resources

About Laser Marking

Learn more about how laser marking works and if it’s appropriate for your marking job.

Laser Wavelengths

Several laser wavelengths are available for industrial marking applications. Find out which ones are suitable for your application.

laser wavelengths

Laser Marking Methods

What’s the difference between laser etching and laser engraving? Learn about the different ways surfaces can be marked with a laser.

laser marking on metals

Back To Top