Control panels in the chemical sector, surgical instruments, and implants in the medical field are marked in a corrosion-resistant and permanently legible manner using the Black Marking process. Especially with thin parts, there were often limitations to the marking in the past, as the components would deform significantly under high heat.
Short pulse lasers mark LBT metal surfaces to a deep black. While traditional techniques produced a rather dark brown inscription with a lot of heat, ...
are often individually sandblasted and black anodized. This part has been labeled on the outer casing with a scale from 0 to 360°. The labeling appear...
With the ultrashort pulse laser, aluminum-colored front panels and signs can be marked deep black. The inscription, visible from all sides here, is in...
Unfinished or colorless anodized surfaces can be marked very evenly and deeply in black. This is particularly advantageous when arranging multiple fro...
are the most durable way to mark components or housings. A very good contrast and a deep black lettering ensure stable readability. The use of ultrash...
The structure of the foil is similar to "glossy white"; however, the label here is silver matte with black lettering. It matches very well with the su...
was deeply black marked with the ultrashort pulse laser from LBT. The rough surface in the area of the black marking ensures that light scattering is ...
There are no limits to diversity. Different barcodes, DataMatrix codes, consecutive numbers, or texts from Excel lists can be easily produced. We adap...
In this process, the anodized layer, colored here in blue (other colors possible), is removed using the Nd-YAG laser. The engraving appears in the bas...
The base material is black here. By burning away the white top layer, white labels with black text are produced. Acrylic films are brittle, cannot be ...
are usually supplied in thicknesses of 0.5 to 1.0 mm with two or four holes. The plates can be screwed or riveted. Machine-readable codes with clear t...
With ultrashort pulse technology, bare aluminum can be marked deep black. This process is called BLACK MARKING and is also used on anodized surfaces a...
The printing process not only offers color design options but also a cost advantage for large volumes of text. While laser engraving is done letter by...
Made from two-layer acrylic film, they are self-adhesive and available in three versions: black, white, silver. Barcode types, DataMatrix codes, and o...
Short pulse lasers mark LBT metal surfaces to a deep black. While traditional techniques produced a rather dark brown inscription with a lot of heat, ...
are often individually sandblasted and black anodized. This part has been labeled on the outer casing with a scale from 0 to 360°. The labeling appear...
With the ultrashort pulse laser, aluminum-colored front panels and signs can be marked deep black. The inscription, visible from all sides here, is in...
Unfinished or colorless anodized surfaces can be marked very evenly and deeply in black. This is particularly advantageous when arranging multiple fro...
are the most durable way to mark components or housings. A very good contrast and a deep black lettering ensure stable readability. The use of ultrash...
The structure of the foil is similar to "glossy white"; however, the label here is silver matte with black lettering. It matches very well with the su...
was deeply black marked with the ultrashort pulse laser from LBT. The rough surface in the area of the black marking ensures that light scattering is ...
There are no limits to diversity. Different barcodes, DataMatrix codes, consecutive numbers, or texts from Excel lists can be easily produced. We adap...
In this process, the anodized layer, colored here in blue (other colors possible), is removed using the Nd-YAG laser. The engraving appears in the bas...
The base material is black here. By burning away the white top layer, white labels with black text are produced. Acrylic films are brittle, cannot be ...
are usually supplied in thicknesses of 0.5 to 1.0 mm with two or four holes. The plates can be screwed or riveted. Machine-readable codes with clear t...
With ultrashort pulse technology, bare aluminum can be marked deep black. This process is called BLACK MARKING and is also used on anodized surfaces a...
The printing process not only offers color design options but also a cost advantage for large volumes of text. While laser engraving is done letter by...
Made from two-layer acrylic film, they are self-adhesive and available in three versions: black, white, silver. Barcode types, DataMatrix codes, and o...