Each part below is generated by a parametric Python script, validated for watertightness, structurally sanity-checked (FEA-lite), and engraved with a brand block + scannable QR before printing. 40 active designs across calibration, printer accessories, copy-stand parts, and panel-mount hardware.
gen_p001_tolerance.py — generate model P-001 "tolerance + ID cube". First post-success print. Combines: - 20mm reference cube (standard calibration target)
gen_p002_cal2_arm.py — single arm of the CAL-2 assemblable corner ruler. CAL-2 design (per backlog): 4 identical L-shaped arms that snap into corners of any object. Each arm has:
gen_p003_cable_comb.py — 4-channel cable comb for desk cable management. Practical first non-calibration print. Holds up to 4 cables (USB, power, HDMI, etc.) in tidy parallel channels behind the iMac. Sticks to back of
gen_p004_plaque.py — Nexum Calibration Plaque (multi-color limits test). Why this print exists: 1. Probe FDM limits — what's the minimum line/groove/overhang/sphere size
gen_p004_plaque.py — Nexum Calibration Plaque (multi-color limits test). Why this print exists: 1. Probe FDM limits — what's the minimum line/groove/overhang/sphere size
gen_p004_plaque.py — Nexum Calibration Plaque (multi-color limits test). Why this print exists: 1. Probe FDM limits — what's the minimum line/groove/overhang/sphere size
gen_p004_plaque.py — Nexum Calibration Plaque (multi-color limits test). Why this print exists: 1. Probe FDM limits — what's the minimum line/groove/overhang/sphere size
gen_p004_plaque.py — Nexum Calibration Plaque (multi-color limits test). Why this print exists: 1. Probe FDM limits — what's the minimum line/groove/overhang/sphere size
gen_p005_corner_gauge.py — Nexum 3D Corner Gauge. Assembleable orthogonal reference frame. After printing: Hub × 1 (slot 1, WHITE) — central cube with 3 perpendicular sockets
gen_p005_corner_gauge.py — Nexum 3D Corner Gauge. Assembleable orthogonal reference frame. After printing: Hub × 1 (slot 1, WHITE) — central cube with 3 perpendicular sockets
gen_p005_corner_gauge.py — Nexum 3D Corner Gauge. Assembleable orthogonal reference frame. After printing: Hub × 1 (slot 1, WHITE) — central cube with 3 perpendicular sockets
gen_p005_corner_gauge.py — Nexum 3D Corner Gauge. Assembleable orthogonal reference frame. After printing: Hub × 1 (slot 1, WHITE) — central cube with 3 perpendicular sockets
gen_p006_ac_drain_vac.py — AC condensate-drain unclog adapter. Single-piece dual-stepped cone: - AC drain side: stepped female cup that slips OVER 1/2", 3/4", or 1" PVC OD
gen_p006_ac_drain_vac.py — AC condensate-drain unclog adapter. Single-piece dual-stepped cone: - AC drain side: stepped female cup that slips OVER 1/2", 3/4", or 1" PVC OD
gen_p006_ac_drain_vac.py — AC condensate-drain unclog adapter. Single-piece dual-stepped cone: - AC drain side: stepped female cup that slips OVER 1/2", 3/4", or 1" PVC OD
(parametric design — full source in print_queue/)
(parametric design — full source in print_queue/)
(parametric design — full source in print_queue/)
(parametric design — full source in print_queue/)
(parametric design — full source in print_queue/)
(parametric design — full source in print_queue/)
gen_p008_canon_tripod.py — small 3D-printed tripod for Canon EOS Rebel T7. Specs: - Height ~127mm (5 inches) per Ludwig
gen_p009_p2s_purge_basket.py — P2S filament purge waste basket. The Bambu P2S has a "poop chute" out the back — when AMS swaps colors or purges, filament drops out and lands on the floor. Community calls this
gen_p009_p2s_purge_basket.py — P2S filament purge waste basket. The Bambu P2S has a "poop chute" out the back — when AMS swaps colors or purges, filament drops out and lands on the floor. Community calls this
gen_p010_tapo_fit_test — tolerance test for the Tapo C110 base post. Tiny one-piece STL (~3min print, ~3g) with FIVE socket holes at different diameters: 9.0 / 9.5 / 10.0 / 10.5 / 11.0 mm. Drop the Tapo onto each.
P-011 — Copy stand baseboard. Flat tray that holds the cal sheet flat on a desk + interlocks with the column (P-012) at the back-right corner.
(parametric design — full source in print_queue/)
(parametric design — full source in print_queue/)
(parametric design — full source in print_queue/)
(parametric design — full source in print_queue/)
P-016 — Calibration sheet holder (clipboard). Flat 220×285×2mm plate with 4 corner clips that hold a letter-size sheet flat. Paper slides under each corner clip. Sheet stays perfectly flat for
P-017 — ON-Q panel hex-hole fit-test. Small flat pin with FOUR hex pegs at different sizes (8/9/10/11mm across-flats). Drop into the panel's hex holes — find snug fit.
P-018 — Filament-cutter mount for Bambu P2S. Holds the Bambu nipper-style cutter on the side of the printer (or AMS top) via 3M VHB tape. Cutter slides into a snug pocket; lip prevents fallout.
P-019 — P2S door clip pair. The Bambu P2S front door tends to swing closed during purge / scraper access. This part is a simple lever clip that wedges between the door and
P-020 — Bambu scraper holster (wall-mount). Wall-mount holster for the Bambu metal scraper. Scraper slides in blade-up, handle exposed for grab. Mounted via 3M VHB on the back face, near the
P-022 — Support-strategy test article. Per `feedback_learn_supports.md`. Until now every print P-001..P-021 was designed support-free. Drones and aerodynamic parts need supports. This
P-023 — NACA 0012 airfoil section. First print on the drone capability ladder. Per `project_drone_aerodynamic_path.md` stage-2 curriculum: curved surfaces with controlled support strategy, surface-finish learning, weight
P-023 — NACA 0012 airfoil section. First print on the drone capability ladder. Per `project_drone_aerodynamic_path.md` stage-2 curriculum: curved surfaces with controlled support strategy, surface-finish learning, weight
P-024 — NACA 4412 cambered airfoil section. Stage-2 drone ladder, step 2. Adds camber (asymmetric profile) on top of P-023's symmetric NACA 0012. Real wing sections use camber to generate lift; this teaches the printer
P-024 — NACA 4412 cambered airfoil section. Stage-2 drone ladder, step 2. Adds camber (asymmetric profile) on top of P-023's symmetric NACA 0012. Real wing sections use camber to generate lift; this teaches the printer