Enhancing prints by using lasers on paper

PRINT ENHANCEMENT – THAT CERTAIN SOMETHING

In addition to cutting or marking a wide variety of organic and inorganic materials, the efficient and precise technology from JustLaser is also used for enhancing prints through finishing with a laser. Benefit from precise results, high productivity levels and throughput speeds with our laser cutters.

FINISHING WITH LASER CUTTERS

Print enhancement with laser machines is a surface modification that can change the appearance and feel of materials, e.g. paper. It isn’t done purely for reasons of appearance; it also frequently has a protective function. The process opens up a number of options for customising surfaces with visual effects while also increasing their value and making them more interesting – in short, the process gives materials special character. There are various different options for print enhancement with laser machines:

Laser perforation
Laser punching
Laser engraving
Laser scoring

WHICH MATERIALS ARE SUITABLE FOR PRINT ENHANCEMENT?

Depending on the desired output, print enhancement with a laser cutter is a process than is suitable for a broad range of different organic and inorganic materials.

Using lasers on wood, cardboard and paper
Acrylic
Stone
Structural steel and stainless steel
Non-ferrous metals (aluminium, bronze, brass, copper, nickel, zircon, zinc, tin, etc.)
Precious metals (gold, silver, platinum)
Titanium

REGISTRATION MARK DETECTION WITH THE JUSTLASER LARGE LASER CUTTER

Our Laser Cutter

Laser Cutter

The perfect laser cutter for large surfaces of wood, metal, acrylic, aluminmum, stone, textiles and much more. Fastest large format laser engraver, high, lowest maintenance and more flexibility with your applications.

Laser Cutter

LASER PERFORATION

Perforation is one of the most common applications for enhancing prints with a laser cutter. This process involves a laser makes tiny holes in a material, resulting in a number of design options. It doesn’t matter whether it’s for letter paper, signs or labels – all types of perforation can be carried out quickly and easily. The length of the bars, holes or slits can be varied as required.

LASER PUNCHING

In laser punching – as in laser cutting – a material is vaporised by the heat of a laser in order to create a precise cut. This means that contours can be punched particularly finely and that even the finest details can be produced. Despite the high local heat exposure, edges browning can often be avoided – or at least be made inconspicuous.

COST-EFFICIENT LASER CUTTING

Besides print enhancement with laser machines, our efficient JustLaser technology can also be used for laser cutting. Laser cutting is a thermal cutting process, which makes it possible to cut a material through exposure to the heat from a precise and pulsed or continuous laser beam. There are three different methods – laser flame cutting, laser fusion cutting and sublimation cutting – depending on the material requirements and thickness. You can find the ideal technology for cutting metal, aluminium, sheet metal, copper or acrylic at JustLaser.

THE BENEFITS OF PRINT ENHANCEMENT WITH JUSTLASER

You can personalise workpieces in whatever way you want when enhancing prints with laser machines. There are no limits on your creativity or imagination! Anything that can be drawn can be sent from your computer and produced by the laser cutter. The process is also characterised by a range of other benefits. The flexible laser technology is suitable for a broad range of materials. As this method is contactless, the material remains unstressed mechanically. This means there are no tool costs or expensive maintenance works, and that you don’t need to waste time clamping the workpiece.

When it comes to enhancing prints with a laser cutter from JustLaser, you can also benefit from low investment costs and set-up costs in comparison to other devices, and you’ll also get a high-quality product that will win you over through its high throughput speeds and precision! Even the finest lines and delicate patterns can be produced perfectly. The laser parameters can be flexibly adjusted to the material in question to achieve optimal results.