Software Comparisons
Expert reviews and industrial insights.
IGaging OriginCal Caliper: Material Science and Accuracy
The IGaging OriginCal uses an absolute capacitive encoder to eliminate re-zeroing, but its soft 304 stainless jaws burr easily and thermal drift (0.035mm over 20°C) exceeds Mitutoyo's. Suitable for light shop use, not precision or coolant environments.
Anycubic Resin Wash Station: Settings and Material Science
Optimize your Anycubic wash station by adjusting cycle time based on part geometry using the formula t_wash = (r²/2D) × (1 + 10/Re^0.5). Add an external PID controller to stabilize IPA temperature and avoid overwashing thin shells.
Ender 3 V3 SE, KE & CoreXZ: Material and Software Limits
The V3 SE and KE are limited to ~240°C due to PTFE hotends. The CoreXZ's full-metal hotend reaches 300°C, supporting PC, Nylon, and carbon fiber. Software tuning on KE helps but doesn't override material limits.
Prusa MK4S vs MK4: Material Science Differences
Comparing the Prusa MK4S and MK4 from a polymer physics perspective. Covers all-metal hotend vs PTFE, extruder gear wear, thermal management, and real-world failure modes for materials like PETG and TPU.
X1-Carbon for Engineering Materials: What Actually Works
After hundreds of hours printing engineering plastics on the X1-Carbon, I share what actually works: chamber soak times, PTFE tube replacement intervals, and why the stock hotend struggles with PEEK. No marketing fluff.