STOP Running SLOW… The capabilities of your tools and machines can be pushed to high gear. That’s what we’re demonstrating here by cutting 1018 STEEL at 1000 IPM. We run our tools faster than the average machine shop, and so can you. Faster run times = More parts = More Money. BOOM!
Check the capabilities of your own machines and tools before programing feeds and speeds
1000 IPM Cutting 1080 STEEL! STOP Running Slow! STOP Running SLOW… The capabilities of your tools and machines can be pushed to high gear. That’s what we’re demonstrating here by cutting 1018 STEEL at 1000 IPM. We run our tools faster than the average machine shop, and so can you. Faster run times = More parts = More Money. BOOM!
Trevor walks us through the process of metal 3D Printing a Titanium part on the TruPrint 2000. The ONA AV35 was used cut this part off the build plate (which was also Titanium). This part is different from previous prints because this part not designed by a human, but instead an A.I.
Trevor walks us through the process of metal 3D Printing a Titanium part on the TruPrint 2000. The ONA AV35 was used cut this part off the build plate (which was also Titanium). This part is different from previous prints because this part not designed by a human, but instead an A.I. Hyperganic Platform: https://www.hyperganic.com/#countdown Help us fund FREE Education
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