A new laser range launch is an important breakthrough for SIC Marking. This range uses a ytterbium-doped fiber source designed by SIC Marking, a pulsed operating mode (30 to 60 kHz), a wavelength of 1,064 nm and an average power of 20W (available in 30W and 50W).

KM-1207 Benchtop Dot Peen Marker

Kwik Mark Inc. offers the KM-1207 benchtop dot peen marker, with a large 12” x 7” marking area to suit most industrial marking applications. It can engrave on materials ranging from hardened tool steels to delicate plastics.

Scribewriter Force II Parts Marking Tool

Tapmatic's Scribewriter Force II allows end users to utilize a single setup and mark a part with any logo or text as it is being made. This eliminates the need for separate stand-alone marking machines.

Tag Master 3 Automatic Name Tag Feeder/Marker

The redesigned Tag Master 3 from Kwik Mark Inc. uses dot peen technology to permanently mark industrial components. The automatic feeder/marker was developed to eliminate the problematic tag feeding issues of escaping tags from the bottom of the magazine.

Laser marking market to reach $3.38 billion by 2024

Hexa Research reports that the global laser marking machine market size will reach USD 3.38 billion by 2024, driven by increasing adoption of laser systems in industries such as automobile, packaging and machine tools. The marking equipment industry witnessed notable change over the past two decades, and the trend is expected to continue.

Choosing a parts-marking method depends on the application

08/17/2017

Author:

Michael C. Anderson

Until a couple of years ago, the Food and Drug Administration required a unique identifier on each distinct assembly of a medical device in human- and machine-readable forms. That rule has changed. Now, every individual component in an assembly must be marked as well. Traceability is becoming more and more prevalent, not only in the medical device sector but throughout manufacturing.

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