D Series

Name: D Series
Brand: Abmark
Availability: InStock

Industrial laser for marking plastic and metals

Short pulse width lasers to minimize thermal impact on delicate substrates

Our DPSS range of lasers has been developed for marking delicate substrates and coating ablation applications. This robust and proven technology compliments our range of fiber lasers, ensuring that the optimum solution can be provided for each application.

Full AB-D Series range: AB-D UV, AB-D GREEN PS, AB-D GREEN, AB-D 06, AB-D 10, AB-D 20

Materials

Other Metals
It is possible to produce a permanent, high contrast mark on almost all metals. The Abmark fibre lasers (AB-F Halo and AB-F Series) offer a fast, permanent and readable marking on all types of metals. Metal is very common in the electronics, automotive, construction and general engineering markets, either as a pure element or metal alloys such as bronze and steel.

Titanium
Titanium is one of the strongest materials found in the industrial sector. It is a very resistant material that is widely used in alloy form for industrial applications that require lightweight and high strength. Titanium reacts well with the laser wavelength 1060nm. It is possible to achieve a wide range of colours with a fibre or DPSS laser on Titanium.

Aluminium
Aluminium is the most used metal in the engineering sector after steel. Thanks to laser technology, high contrast and permanent marking is attainable. The popularity of this metal is due to its low density, corrosion resistance and low cost. Anodised aluminium is available in a range of colours that can be very useful for producing high contrast marks.

Plastic
Plastic is one of the most versatile materials used in the industrial sector due to its flexibility and ease of being moulded. Plastics are generally polymers, but the properties and colours vary considerably and it is often difficult to predict the reaction between different laser wavelengths and the material. There are many different laser wavelengths in the AB-D series lasers (Infrared, Green & UV system lasers). It is usually possible to produce a high contrast mark with one of these lasers but the final result is very dependent on the composition and colour of the plastic.

Stainless Steel
In the industrial sector, stainless steel is widely used for its non-corrosive and hygiene properties. Stainless steel laser marking is permanent. It is possible to achieve a wide range of results with stainless steel, from black annealed marks to deep engraving. Fiber lasers are most commonly used for this material.