Admeshio Audit — 02_drain_holes

MANUAL REVIEW

Neither stage clearly passes nor clearly fails. Review the individual GRI-G and GRI-E breakdowns to decide whether to fix the mesh, the profile, or both before printing. Profile fit (GRI-P) is the weakest score — the certified mesh has concerns specific to this printer / material combination that the slicer may or may not have fully absorbed. Review the GRI-P section for per-check details.

→ Open the detailed report and inspect flagged issues in both geometry and execution sections.

overall

65/100

G=90 E=75 P=65

GRI-G — Pure Topology

profile-independent mesh hygiene

90/100

9 passed0 warnings2 failed0 skipped

✗	Watertight	false	true
	Mesh has open edges — slicer ray-parity may mis-detect inside/outside.
✓	Non-manifold edges	0	0
✓	Self-intersection pairs	0	0
✓	Degenerate faces	0	0
✓	Duplicate faces	0	0
✓	Boundary loops (cracks)	4 loop(s): 0 cracks + 4 intentional	0 cracks
✗	Connected components (shells)	0	1 (single body) or ≤200 (presupported)
	Empty mesh — no valid faces.
✓	Bounding box	30.0 × 30.0 × 42.5 mm	any
✓	Face count	240	12 – 10,000,000
✓	Vertex count	152	any
✓	Edge length distribution	p10=2.000mm p50=4.158mm p90=40.144mm	roughly uniform

GRI-P — Profile Fit

geometry vs Bambu Lab A1 / PLA / Standard

65/100

10 passed2 warnings0 failed2 skipped

✓	Fits build volume	within	fits printer envelope
✓	Wall thickness vs profile minimum	OK	≥ profile min wall
✓	Thin wire / small features	OK	p10 edge ≥ profile min wire
✓	Min feature ≥ printer resolution	OK	≥ nozzle / pixel size
✓	Overhang / support requirements	no critical overhangs	≤ material max overhang angle
✓	Support lands on model surface	no	no — supports reach build plate
✓	Bridge span length	within limits	≤ profile max bridge
✓	Presupported mesh detection	not presupported	auto-detect
✓	Scan / organic mesh detection	CAD / solid	auto-detect
⊘	FEA stress check	skipped	safety factor ≥ 1.0
	Gated to small (<20K faces) single-shell watertight meshes with bbox ≤100mm — typical engineering parts only.
⚠	Stability / tip-over risk	at risk	footprint ≥ threshold for height
	Tip-over risk: footprint 0mm² too small for 42mm height (CoM at 28mm) — add brim 4mm or use raft [CRITICAL: print will almost certainly fail without raft]
⊘	Suction cup / drain holes (resin)	N/A (FDM)	no trapped air pockets
	Suction cup / drain holes are resin-specific.
✓	Volume and weight estimate	7.0 cm³ · 8.7 g	any
	Estimate assumes solo print. Plate workflow amortizes fixed overhead.
⚠	Print orientation	current 24% overhang → optimal 2% (90% better)	optimal or near-optimal
	Re-orient for 90% less support (24% overhang -> 2%, height 45mm)

Visual Evidence

top-down heatmaps of flagged faces — click to inspect

Open Boundary Edges · 56 face(s)

4 boundary loops (0 cracks, 4 intentional)

GRI-E — Execution

what the slicer actually produced

75/100

15 passed0 warnings1 failed0 skipped

✓	Layer count	201	≥ 1
✓	Total print height	39.87 mm	within build volume
✓	Estimated print time	68 min	any
✓	Filament usage	2.40 m / 7.1 g	any
✓	Slicer provenance	unknown	any
✓	Nozzle temperature peak	210 °C	within material range
✓	Bed temperature peak	60 °C	within material range
✓	Max feedrate	120 mm/s	≤ printer limit
✓	Peak volumetric flow	5.3 mm³/s	≤ 15 mm³/s (hotend limit)
✓	Layer height	0.200 mm	multiple of Z-step
✓	Fastest layer time	18.1 s	≥ 8 s (cooling headroom)
✗	Nozzle collisions (travel over print)	117	0 (ideal) or ≤10
	Travel moves cross printed area — enable Z-hop in slicer.
✓	Retractions	3571 total (17.8/layer)	≤ 50/layer (avoid filament grinding)
✓	Travel ratio	45%	≤ 60%
✓	First layer speed	13 mm/s	≤ 50 mm/s (bed adhesion)
✓	First layer islands	2 island(s)	≤ 5 or use brim/raft

ℹ

Support auto-generated by Admeshio slicer

The mesh was not presupported, so the slicer generated tree supports (union with the model before slicing). Filament, time, and cost in this report INCLUDE the support material. Your real print may differ slightly if you use a different slicer — Bambu Studio / OrcaSlicer / Cura use different support trees.

Build Progression

cumulative extrusion paths at 10/25/50/75/100% of build height (oblique 45°) · bed 256×256mm

Part size 29.9 × 29.9 × 42.2mm (W×D×H)

Bed footprint 1.4% of plate (256×256mm)

Position X -15.1–14.8, Y -15.1–14.8

⚠ Part extends beyond bed bounds — re-center or rescale before slicing.

10% · L20 · Z3.9mm

25% · L50 · Z9.9mm

50% · L100 · Z19.9mm

75% · L150 · Z29.9mm

100% · L200 · Z39.9mm

darker = lower layers, lighter = top layers

Admeshio Audit — 02_drain_holes_clean.stl