CMT has designed the I-Mark line for the use in automated applications. The I-Mark Dot-Peen unit is built for high volume robotic applications. The IMID60 is is ready for 24/7 industrial part marking.
Industrial marking and part traceability use a variety of marking processes. Dot-Peen is one of the marking methods used. The dot-peen marking process uses a fast actuating stylus “hammer” and CNC 2+ axes controls.
Columbia Marking Tools offers a hand held heavy duty dot peen marking machine. This hand held system allows for deep part marking of VERY large parts, and can also be used as a benchtop model. The Hand held Model IMH60 uses the easy to use I-Mark windows software to program the flexible marking layouts.
The I-MarkTM I-Series dot-peen marking system comes complete with marking head, system controller, cables, and programming software (figure -1). The I-Series marking system is the perfect solution for integrated production applications. The compact head approximately 7” x 7” x 7” Read more…
The Columbia Marking Tools model PR914 is used for industrial part marking of plastic parts. This system can mark parts with ot without a contrasting foil. The foil marks are very clear and can be easily read. The PR914 is most commonly used for serial numbering, part numbering, and date codes.
CMT provides news and information about the air impact marker product line. New updates that are provide include: Application examples Video of products Model details Helpful maintenance information Discount opportunities
The example in our demo coach for the 10 ton Slide-A-Mark demonstrates the ability of ALL the air impact markers in providing a unique marking solution by marking on the BACK SIDE of a part. The back side of the part is designated as the side AWAY from the marking tool.
The top of the line air impact marker – the Slide-A-Mark is used in high volume production as a reliable and cost effective marking process.
Columbia Marking Tools air impact markers have been a popular choice for industrial manufacturing for decades. The combination of quick and reliable part making paired with the economic cost is very beneficial to customers requiring part traceability.
EDM involves passing a high frequency current from a shaped electrode or wire via a small spark gap to the tool steel blank which is immersed in a dielectric fluid.
