Search models, users, collections, and posts
TheApplicationEngineer
@Mompster
Bio
Show original
Application Engineer Dichtungstechnik. Ich entwickle parametrische OpenSCAD-Modelle für industrielle Anwendungen: Flanschdichtungen nach EN 1092-1 / ASME B16.5, Messlehren, Schablonen – maßhaltig, normgerecht, vollständig im Customizer anpassbar. Gedruckt auf Bambu Lab A1. Alle Modelle CC BY-SA 4.0. Application engineer in sealing technology. Parametric OpenSCAD models for industrial use: flange gaskets per EN 1092-1 / ASME B16.5, gauges and templates – dimensionally accurate, fully customizable. Printed on Bambu Lab A1. All models CC BY-SA 4.0
Achievements
MakerWorld Guardian
This badge has expired
Hey MakerWorld community! 👋 I just published my first model here and wanted to introduce it properly — and yes, ask for a little patience with a first-timer. 😅 **What I uploaded: Flange Gasket Generator** It's a fully parametric OpenSCAD customizer for standard-compliant flange gaskets, covering EN 1092-1 / EN 1514-1 (DN 10–500, PN 6–40) and ASME B16.5 (NPS ½"–24", Class 150/300/600) — plus a free custom mode for non-standard flanges. **What makes it different from other gasket models on MakerWorld:** Most gasket uploads I found here are fixed-size STL files — one size, one standard, no options. This one works differently: - Select your standard (EN / ASME / Custom) and enter DN/PN or NPS/Class - ALL dimensions are calculated automatically from built-in standard tables (gasket bore, OD, bolt circle, number and diameter of bolt holes) - All four sealing face types are supported: IBC (Raised Face), FF (Full Face), SR (Male-Female) and TG (Tongue & Groove) - Optional sealing bead for better low-torque sealing with TPU - Tolerances for bore and bolt holes are adjustable - Works directly in the Bambu Studio Customizer — no OpenSCAD needed The dimension tables are based on EN 1514-1:2014 (gasket dimensions, not flange bores — an important distinction I had to correct from earlier versions). **A word on the test print:** The photo shows a custom-size gasket printed in PETG — purely for dimensional verification. For actual sealing duty, TPU 95A is strongly recommended (100% infill, mandatory). I work as an application engineer in sealing technology, so I tried to be thorough on the material guidance. **What I'd love feedback on:** - Are the dimension tables accurate for your flanges? (Always good to have real-world verification from people outside my desk) - Does the Customizer UI feel intuitive, or are parameters confusing? - Anything missing that you'd find useful? I know the photos could be better — next print will be TPU with proper sealing beads. But I wanted to share this now since it might already be useful to someone out there dealing with a missing gasket at 6pm on a Friday. Thanks for checking it out! All feedback welcome — constructive criticism especially. 🙏 CC BY-SA 4.0 — use it, adapt it, share it.
Share
0
0
0
No more data