HP Jet Fusion 300 User Guide - Page 53
Cooling profile comparison, Provides a long annealing time, which minimizes war
View all HP Jet Fusion 300 manuals
Add to My Manuals
Save this manual to your list of manuals |
Page 53 highlights
Why would you use a 30% ratio? ● It optimizes material usage by increasing packing density and build size ● A full-build chamber job with 20% fresh material cannot exceed a certain packing density Why would you use a 40% ratio? ● It optimizes material usage by increasing packing density and build size ● It generates more reusable material ● It improves part strength ● It reduces side holes/porous parts Cooling profile comparison Why would you use Auto cool & reclaim? ● Optimizes part stability and predictable outcomes ● Parts are more likely to warp with this profile than with the Natural cooling profile Why would you use Natural cooling? ● Allows for parts to be cooled as long as desired ● Parts can be extracted manually at minimum contact temperatures ● Provides a long annealing time, which minimizes warpage ● Helps you to avoid damaging delicate features during extraction ● For tracking unlabeled parts Why would you use Fast cool & reclaim? ● Reducing "time to parts" is the most important criteria (up to 6 hours faster for a full build chamber) ● For more information on Fast cooling mode, see the MJF 340-540-580 Fast Cooling whitepaper Cooling profile comparison 47