Laser Engraver on 8 Bit: Difference between revisions
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(Created page with "*An 8 bit processor is fine for laser cutting, but needs good understanding to work for laser engraving (more processing required) *Calculations are needed to determine max fe...") |
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*An 8 bit processor is fine for laser cutting, but needs good understanding to work for laser engraving (more processing required) | *An 8 bit processor is fine for laser cutting, but needs good understanding to work for laser engraving (more processing required) | ||
*Calculations are needed to determine max feed rate using an 8 bit processor | *Calculations are needed to determine max feed rate using an 8 bit processor - calculations show feed rates of ___ mm/sec. | ||
*The dumb solution is to go to 32 bit, but it would be useful to press 8 bit processors to do the same | *The dumb solution is to go to 32 bit, but it would be useful to press 8 bit processors to do the same | ||
=Links= | =Links= | ||
*Thread on RepRap - https://reprap.org/forum/read.php?133,623007,page=1 | *Thread on RepRap - https://reprap.org/forum/read.php?133,623007,page=1 | ||
Latest revision as of 07:46, 20 June 2019
- An 8 bit processor is fine for laser cutting, but needs good understanding to work for laser engraving (more processing required)
- Calculations are needed to determine max feed rate using an 8 bit processor - calculations show feed rates of ___ mm/sec.
- The dumb solution is to go to 32 bit, but it would be useful to press 8 bit processors to do the same
Links
- Thread on RepRap - https://reprap.org/forum/read.php?133,623007,page=1