JustMark Laser marker

The perfect laser marker for laser marking plastics and metals

JustMark Laser marker
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THE SMART LASER MARKER

lasermarking plastics and metals

Simple and quick laser marking: that’s what JustMark guarantees. Thanks to the product’s safe and durable design and low cost, JustMark represents a risk-free entry into the world of laser marking. The JustMark is as an efficient, flexible and quick laser marker, which is ideally suited for applications in mechanical engineering, tool construction, the automotive industry, electronics and semiconductors, for marking type plates, processing plastics, and for marking watch parts, ball bearings, handguns and many more.

Application Laser Engraving Laser Marking
Metals
Plastics

LASER MARKER Equipment

Get started with laser marking!

JUSTSAFE – THE SAFE LASER MARKER

Operate your laser marker without any worries: certified according to every common standard, a built-in safety PLC and well-designed housing means this laser marker can be operated without any worries. You can play it safe with the laser class 2 laser marker by using smart interlocks and a locking switch which prevents accidental defocussing.

JUSTFLEXIBLE - available in two sizes

The JustMark laser marker is available in two sizes, as a 4.2 or 6.4 variant. Depending on the requirements and dimensions of your workpiece sizes, you can choose the right variant.

JUSTCOOL – THE COOL LASER MARKER

JustMark always keeps cool: the intelligent product design has two actively regulated air cooling systems, which are attached to the laser source and the chassis.

JUSTUSE – INCLUDING LASER SOFTWARE

Each JustMark comes with the latest version of the suitable laser software. This state-of-the-art laser software means you are well equipped to be able to start straight away.

Some highlights featured in the JustMark laser software:

  • Import all common vector (dxf, dwg, ai) and raster (bmp, jpg, png) formats
  • Create barcodes (EAN, Code 39, Code 128, etc) and data matrix formats (ECC 200, QR, etc)
  • Arc lettering
  • Preview marking: simulate laser marking and find the correct positioning for your work piece!
  • Repeat jobs by pushing an operating button on the device

JUSTMARK LASER MARKER DATA SHEET

LASER MARKER DATA SHEET

OPTIONAL EQUIPMENT FOR THE LASER MARKER

LASER EXHAUST SYSTEM

A real dream team: combine your JustMark Laser Marker with a JustAir Mini Laser Exhaust system, including a HEPA fine dust filter. The laser exhaust system is perfectly tuned to what the JustMark Laser Marker does, meaning it can ensure consistent and continuous filtering of the particulates and gases created by the laser process.

ROTARY ENGRAVING DEVICE

Thanks to the rotary engraving device, you can even precisely and efficiently mark rounded and cylindrical work pieces using the JustMark Laser Marker.

Typical applications done with a laser marker

Application Laser Engraving Laser Marking
Automotive Parts
Turning and Milling Tools
Electronic Parts
Ball Bearings
Plastics
Engineering
Medical Technology
Metals
Type plates
Jewellery and Watch Parts

justSimple Laser Marker

for various materials

The JustMark Laser Marker is perfect for marking applications made of plastics, metals and many more - efficiently and precisely.

Automotive laser marking laser marking ammunition laser marking ball bearings laser marking medical tools laser marking metal laser marking plastic laser marking plastics laser marking type labels laser engraving jewelry JustLaser laser marking Electronics lasermarking Electronics laser marking

Laser Marker FAQs

How does a fibre laser work?

A fibre laser is a solid-state laser that has optical fibre properties. Fibre lasers are usually built for marking and engraving applications in accordance with the MOPA principle. MOPA means that a “master oscillator” (MO) is intensified using a “power amplifier” (PA). The master oscillator is a compact, passively cooled, maintenance-free laser with a typical output in the 100mW range. The power amplifier is a doped glass fibre, which is usually coiled in the laser source housing. This gives you a large amplification distance with a low construction volume. The power amplifier is provided with power by pump diodes, i.e. optically. The big benefit in comparison to “classical” Nd:YAG / Nd:YVO lasers is that each pump diode is separated spatially and mounted to its own heat sink. This alleviates the problem of high volumes of waste heat in small volumes. The light from the pump diodes is conducted to the power amplifier using fibre optic cables.

 

JustCut Metal-Laser Cutter

JustMark Lasermarker

How does a marking laser work?

A so-called “galvo laser” is used in marking lasers. It beams onto 2 rotatable mirrors with low inertia which are positioned at 90° to each other. The mirrors are positioned precisely by powerful servo motors. The high dynamics of the motors in combination with the low rotational moment of inertia of the mirrors typically result in five to fifty times the output of plotter systems. However, galvo systems are usually restricted to a small processing field (in comparison to plotters).

Interested in a JustMark Laser Marker?

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