This simple exercise is designed to compare the job cycle times between different engraving machines. The file should be downloaded and engraved at exactly 100x100mm. This job should be diamond scratched, although you don't necessarily have to actually mark anything because you are just after a cycle time. Make sure you set the feedrate at 100%. Ensure all other settings are optimized for maximum speed. e.g. dwell time & z-lift. Keep in mind that some machines, Newing-Hall Apex in particular, will actually get their quickest time at 75% feedrate, so some experimentation may be required. It would be possible to cheat a little by entering zero dwell times and zero z-lift, but there's no trophy for being the fastest, so you are only kidding yourself! The job should be timed from when the tool initially goes down, not from the execute button. This will stop larger machines being handicapped by having to travel 300,400 or even 800mm to get to the start position. Timing should cease as soon as the job is complete.

You can download a DXF version here:- b-mark.dxf You can download a PLT version here:- b-mark.plt

We beg you to take the time to do this test and return your results to us by e-mail. My goal is to get as large a collection as possible to assist people in their purchasing decision. Please include your company name, and as much information as you can provide about the model of machine, especially it's age. Thank you!

The A. Miles & Co. Engraving Machine Benchmark V1

Machine Brand & Model
Best Time
Feedrate/Settings
Xenetech XOT1313 & XOT1625
3mins 00secs
100%
Roland EGX-600 & 400
5mins 40secs
100 mm/s
Newing-Hall Apex 2 450
6mins 23secs
60 mm/s
Roland EGX-350
7mins 09 secs
60 mm/s
Image Pro
7mins 10secs
Unknown
Gravograph IS300
7mins 34secs
Unknown
Gravograph IR4 (Size reduced to fit machine)
8mins 25secs
Apparently Fixed?
Roland EGX-300
9mins 49secs
50 mm/s
Roland EGX-30A
13mins 31secs
50 mm/s
Roland EGX-20
16mins 38secs
15 mm/s
Roland EGX-30
20mins 48secs
40 mm/s