RE: Test marking date/ shift code with a 2D Data Matrix.
Thank you for providing CMT the opportunity to show you the new Square-Dot technology. This technology was developed to save customers money and provide them with a viable alternative solution to the expensive laser in marking 2D codes.
CMT and other dot-peen manufacturers are well aware of the limitation of the dot-peen technology to provide a reliable 2D machine readable code. The marks are round dimples and when the light refracts the surfaces the camera is unable to pick up the required “squares” to form the code.
We understand that you are experiencing this limitation of the dot-peen technology.
The following pages cover our test mark of your sample piece and a comparison with the provided mark already in production. And most importantly we also explain the technology of the Square-Dot behind the successful test.
Pin stamp Mark
Model: TMP1700 pin stamp
Marking: Transmission Cover
Material: Aluminum Casting
Characters: 1/8” characters
Reading: Date code/shift code. Serial number. Pin stamp Data Matrix
120815(sp)1(sp) 000
Cycle time: unknown
PSI: unknown
Mark location: Side of the transmission cover
Reading of Code that was rejected . – please note the rounded shape is limiting the ability of the mark to “fill” the cells.
Square – Dot Test Mark
Model: IMIS60 Integrator Ballscrew driven scribe marking system
Marking: Transmission Cover
Material: Aluminum Casting
Characters: 1/8” characters
Reading: Date code/shift code. Serial number. With a 2D Square Dot Data Matrix
120815(sp)1(sp) 000 Square Dot
Cycle time: 53 Seconds
PSI: 30 PSI
Mark location: Side of the transmission cover.
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