SOFTWARE & TOOLS GUIDES
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.
Prusament ABS: Practical Tips for Warp-Free Prints
To avoid warpage, use a brim with 8mm width, 0.2mm separation, first layer fan off, ramp to 30%. Bed temp 110°C on PEI with ABS slurry, chamber temp min 45°C. Dry at 80°C for 4 hours.
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.
MFC-J5855DW: Common Problems and Fixes
The Brother MFC-J5855DW's printhead fluoropolymer coating wears after ~18k pages causing dot size increase. The ink tank hydrophobic vent can clog. Tighten carrier rail screws to 0.4 N·m, not 0.6, to avoid banding.
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.
NVIDIA Get3D: Practical Mesh Generation for Engineers
I've evaluated Get3D from a workshop perspective: mesh watertightness, UV atlas issues, and hardware impact. This covers what you need to know before using it for industrial slicing.
Real-World Material Science of the Prusa MK4S
A material science autopsy of the Prusa MK4S vs MK4: frame stiffness, thermal expansion, hotend design, and real-world filament performance. Not a review, but practical insights from years of experience.
Prusa MK4S Material Science and Firmware Analysis
A practical look at the Prusa MK4S hardware and firmware: from the copper heatbreak's thermal conductivity to the 16x16 mesh bed leveling and input shaper algorithms. Includes notes on PETG adhesion, ABS thermal soak, and firmware update impacts.
Industrial Filament Profiles for Prusa MK4/S
Practical guide for high-temp filaments on Prusa MK4/S. Covers heatbreak differences, nozzle materials, and PID tuning for PC, PA, and composites. Includes lab-tested tips to avoid clogs and improve layer adhesion.
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 & X1E: Materials Engineering Breakdown
Explains how the X1 series handles engineering polymers, real-world limits on chamber temperature, hotend flow rates, nozzle wear rates, and how to override Bambu Studio material profiles for better mechanical performance.
X1-Carbon Software: Material Profiles and Calibration Tips
A hands-on look at the Bambu Lab X1 series software, covering material profiles, hidden parameters, and common calibration issues like Lidar drift on matte filaments. Based on 200+ hours of testing.