Marking Machines/Equipment

XS Inline, Tempo

XS Inline, the smallest integrated fiber laser marking head in the world at only 10 x 2.9 x 4.3-inches for its marking head. It’s very easy to integrate this class 4 laser in every production line process. Easy-to-use software and enhanced performance are key to increase 2.9’’ your traceability! Discover Tempo, the dot peen marking machine integrated to your production line. First available with a 30 x 60 marking window, this marking machine is compact, can be installed in three positions, is compatible with Ethernet IP and can mark three characters per second.

V-Series Laser Markers

With the 4-watt UV and green 10-watt marking lasers, the new V-Series offers higher performance and better precision than its predecessor models, but in a much more compact design. This allows for easy integration into existing production lines and more versatility in the design of production environments.

F.0100-ir Marking System

The ultrashort pulse laser marks in the deepest, matt and non-reflective black without generating significant heat input on the workpiece. Even through further processing steps, such as passivation, the marking remains reliably legible and corrosion resistant. Due to the very short pulses down to the femtosecond range, in combination with high pulse energies, the system marks various stainless steels, titanium and a variety of plastics.

KettleTag PLUS EZ

KettleTag PLUS EZ is a proven solution that requires NO extra steps.  Fabricators and galvanizers can print this tag, attach it to their steel, and read the barcode on the tag after the steel has been galvanized.  The days of using laminators and cutting tags apart are over, which makes the identification process more efficient for our customers.

MobiLase Battery

Featuring a powerful, 30-watt fiber laser and a large, 100 x 100 mm marking window, MobiLase® Battery delivers fast and durable laser markings on nearly any material ranging from plastics to steel to precious metals, among many others. The 7-lb. handheld applicator is equipped with a trigger to start marking plus two bracket options for ease of marking various part shapes.

Traceability bolsters prospects for additive manufacturing

 

Although a variety of part traceability solutions are available for traditional manufacturing processes, including bar coding, laser etching and adding serial numbers and radio frequency identification, those technologies are not particularly efficient or effective for additively manufactured parts, which tend to have complex geometries and can be microscale, according to Cody Burke, co-founder and COO of SmartParts.