# 3D printing: references

82 records: 50 read sources that the rules and checks may cite, and 32 records catalogued from the Reference Map, not yet read. FDM, SLA, SLS and MJF parts, from orientation to slicing.

Catalogued records are search snippets: their numbers are the authors' claims and their licences are as the map states them, unread. Cite one only after reading it.

The same records as JSON: https://cad-agent.valpatel.com/catalog/references/3d-printing.json. All areas: [references](../references.md).

## Coverage

What cad-agent checked when the map was made; each drafted issue was never posted.

- **Minimum wall and feature size FDM/SLA/SLS/MJF** (Implemented): Verdict is lenient (fail only beyond all sources); Stratasys SLS 1.0 mm and Sculpteo MJF 1-2 mm snippets not rows; no per-material wall (PA-CF, TPU).
- **Print orientation, Z-strength derating, fibre-filled nylon** (Partly): No orientation advisor (choose build direction from loads, supports, bed); no PA12-CF, PAHT-CF, TPU rows; SLS/SLA Z derating absent; PA-CF Z strength only from one maker. Drafted issue, never posted: "Add print-orientation advisor and PA12-CF/PAHT-CF filament rows".
- **Print bed fit and plate packing** (Implemented): No standalone bed-fit check in dfm.check, no tilt/diagonal placement or per-printer envelope table, no split-for-bed helper.

## Records

| Record | Kind | Evidence | Confidence | Licence | Process | Role |
|---|---|---|---|---|---|---|
| [Adding Inserts to 3D Printed Parts: Hardware Tips (GrabCAD Print)](https://www.padtinc.com/2019/08/06/adding-inserts-to-3d-printed-parts-hardware-tips-plus-one-click-design-in-grabcad-print-advanced-fdm/) · PADT (Stratasys reseller) · `padt-adding-inserts-to-3d-printed-parts-hardware-tips` | Guide | encoded | high 0.9 | proprietary, not read | 3D printing, Inserts and fasteners |  |
| [Are Our Heat-Set Insert Datasheets Wrong?](https://cnckitchen.com/blog/are-our-heat-set-insert-datasheets-wrong) · CNC Kitchen · `cnckitchen-heat-set-hole-size` | Guide | encoded | high 0.9 | proprietary, not read | 3D printing, Inserts and fasteners |  |
| [Polyholes](https://hydraraptor.blogspot.com/2011/02/polyholes.html) · HydraRaptor (blog) · `nophead-polyholes` | Article or blog post | encoded | high 0.9 | licence unclear, not read | 3D printing |  |
| [Arc Compensation](https://reprap.org/wiki/ArcCompensation) · RepRap project (RepRap wiki) · `reprap-arc-compensation` | Guide | encoded | medium 0.7 | share-alike, not read | 3D printing |  |
| [Threaded Inserts for 3D Prints - Cheap VS Expensive](https://www.cnckitchen.com/blog/threaded-inserts-for-3d-prints-cheap-vs-expensive) · CNC Kitchen · `cnck-2019` | Guide | encoded | medium 0.7 | proprietary, not read | 3D printing, Inserts and fasteners |  |
| [Tips & Tricks for Heat-Set Inserts used in 3D printing](https://cnckitchen.com/blog/tips-and-tricks-for-heat-set-inserts) · CNC Kitchen · `cnckitchen-heat-set-tips` | Guide | encoded | medium 0.7 | proprietary, not read | 3D printing, Inserts and fasteners |  |
| [Tips and Tricks: Heat-Set Inserts](https://lulzbot.com/learn/tips-and-tricks-heat-set-inserts) · LulzBot · `lulzbot-tips-and-tricks-heat-set-inserts` | Guide | encoded | medium 0.7 | proprietary, not read | 3D printing, Inserts and fasteners |  |
| [3D Printing Threads and Adding Threaded Inserts to 3D Printed Parts](https://formlabs.com/blog/adding-screw-threads-3d-printed-parts/) · Formlabs · `formlabs-3d-printing-threads-and-adding-threaded-inserts-to` | Guide | verified at source | medium 0.7 | proprietary, not read | 3D printing, Inserts and fasteners |  |
| [How to use threaded inserts (EPFL makerspace wiki)](https://make.epfl.ch/wiki/public/spot_-_3d_printing/how_to_use_threaded_inserts) · EPFL Make · `epfl-make-how-to-use-threaded-inserts-epfl-makerspace-wiki` | Guide | verified at source | medium 0.7 | proprietary, not read | 3D printing, Inserts and fasteners |  |
| [3D Printed Fasteners: Part 1 - Inserts](https://www.embedded-computing.com/home-page/3d-printed-fasteners-part-1-inserts) · Embedded Computing · `embedded-computing-3d-printed-fasteners-part-1-inserts` | Guide | read (authors' claim) | medium 0.7 | proprietary, not read | 3D printing, Inserts and fasteners |  |
| [Design specifications for 3D models (Form 2)](https://formlabs.com/support/Design-Specs/) · Formlabs · `formlabs-form2-design-specs` | Guide | read (authors' claim) | low 0.4 | proprietary, not read | 3D printing |  |
| [Form 4 Design Guide](https://formlabs.com/white-papers/form-4-design-guide/) · Formlabs · `formlabs-form4-design-guide` | Guide | read (authors' claim) | low 0.4 | proprietary, not read | 3D printing |  |
| [Accelerated Aging Effect on Mechanical Properties of Common 3D-Printing Polymers](https://doi.org/10.3390/polym13234132) · Polymers 13 (23), 4132 · `amza-2021` | Read source | read | unknown | not recorded |  |  |
| [Assessment of the Drone Arm's Plastic-Metal Joint Mechanical Resistance Following Natural and Artificial Aging of the 3D-Printed Plastic Component](https://doi.org/10.3390/ma18112591) · Materials 18 (11), 2591 · `materials-2025` | Read source | read | unknown | not recorded |  |  |
| [Bambu Filament Technical Data Sheet V1.0: PETG HF](https://botland.com.pl/img/art/inne/25540_karta_produktu.pdf) · Bambu Lab · `bambu-petg-hf-tds` | Read source | read | unknown | not recorded |  |  |
| [Bambu Filament Technical Data Sheet V1.0: TPU 95A HF](https://www.additive-x.com/shop/mpattachments/file/viewonline/id/823/product_id/2584) · Bambu Lab · `bambu-tpu-95a-hf-tds` | Read source | read | unknown | not recorded |  |  |
| [Bambu Filament Technical Data Sheet V2.0: ASA](https://www.additive-x.com/shop/mpattachments/file/viewonline/id/612/product_id/2399) · Bambu Lab · `bambu-asa-tds` | Read source | read | unknown | not recorded |  |  |
| [Bambu Filament Technical Data Sheet V2.0: PETG Basic](https://www.additive-x.com/shop/mpattachments/file/viewonline/id/580/product_id/2330) · Bambu Lab · `bambu-petg-basic-tds` | Read source | read | unknown | not recorded |  |  |
| [Bambu Filament Technical Data Sheet V2.0: PETG-CF](https://www.additive-x.com/shop/mpattachments/file/viewonline/id/596/product_id/2346) · Bambu Lab · `bambu-petg-cf-tds` | Read source | read | unknown | not recorded |  |  |
| [Bambu Filament Technical Data Sheet V2.0: PLA Basic](https://www.additive-x.com/shop/mpattachments/file/viewonline/id/494/product_id/2236) · Bambu Lab · `bambu-pla-basic-tds` | Read source | read | unknown | not recorded |  |  |
| [Bambu Filament Technical Data Sheet V2.0: PLA Matte](https://www.additive-x.com/shop/mpattachments/file/viewonline/id/513/product_id/2261) · Bambu Lab · `bambu-pla-matte-tds` | Read source | read | unknown | not recorded |  |  |
| [Bambu Lab PA6-CF Technical Data Sheet V3.0](https://store.bblcdn.com/b2abc59ac250492b979a52f1ce3e61b3.pdf) · Bambu Lab · `bambu-pa6-cf-tds` | Read source | read | unknown | not recorded |  |  |
| [Bambu Lab PAHT-CF Technical Data Sheet V3.0](https://store.bblcdn.com/7166b20bc68f4c87b32c972b856eeb4b.pdf) · Bambu Lab · `bambu-paht-cf-tds` | Read source | read | unknown | not recorded |  |  |
| [Design Guidelines for Additive Manufactured Snap-Fit Joints](https://publikationen.bibliothek.kit.edu/1000142464) · Procedia CIRP 50 (KITopen repository) · `klahn-2016-am-snapfit` | Read source | read | unknown | not recorded |  |  |
| [Effect of Mass Reduction of 3D-Printed PLA on Load Transfer Capacity - A Circular Economy Perspective](https://doi.org/10.3390/ma18143262) · Materials 18 (14), 3262 · `liber-knec-2025` | Read source | read | unknown | not recorded |  |  |
| [Elephant foot compensation](https://help.prusa3d.com/article/elephant-foot-compensation_114487) · Prusa Research (Prusa Knowledge Base) · `prusa-elephant-foot` | Read source | read | unknown | not recorded |  |  |
| [FDM 3D Printing Design Tips: Best Practices and Techniques for Stronger Prints](https://xometry.pro/en/articles/fdm-design-tips/) · Xometry Europe · `xometry-eu-fdm-design-tips` | Read source | read | unknown | not recorded |  |  |
| [Fiberon PA6-CF20 Technical Data Sheet V1.1](https://cdn.shopify.com/s/files/1/0548/7299/7945/files/TDS_FIBERON_PA6-CF20_V1.1_EN.pdf) · Polymaker · `polymaker-fiberon-pa6-cf20-tds` | Read source | read | unknown | not recorded |  |  |
| [Fused Deposition Modeling (FDM) Mini-Guide](https://www.xometry.com/resources/3d-printing/mini-guide-fdm-3d-printing/) · Xometry · `xometry-fdm-mini-guide` | Read source | read | unknown | not recorded |  |  |
| [Heat-Set Insert Dimensions and Design Guidelines (poster)](https://www.cnckitchen.com/s/CNCKitchen_Heat-Set-Insert-Dimensions-and-Design-Guidelines.pdf) · CNC Kitchen (TwoChefs GmbH) · `cnck-poster` | Read source | read | unknown | not recorded |  |  |
| [Helicoils, Threaded Insets and Embedded Nuts in 3D Prints - Strength & Strength Assessment](https://www.cnckitchen.com/blog/helicoils-threaded-insets-and-embedded-nuts-in-3d-prints-strength-amp-strength-assessment) · CNC Kitchen · `cnck-2020` | Read source | read | unknown | not recorded |  |  |
| [How do you assemble 3D-printed parts? Practical tips on threads & screws for 3D printing](https://www.hubs.com/knowledge-base/how-assemble-3d-printed-parts-threaded-fasteners/) · Protolabs Network (formerly Hubs) · `hubs-3dp-threaded-fasteners` | Read source | read | unknown | not recorded |  |  |
| [How do you design snap-fit joints for 3D printing?](https://www.hubs.com/knowledge-base/how-design-snap-fit-joints-3d-printing/) · Protolabs Network (formerly Hubs) · `hubs-snapfit-3dp` | Read source | read | unknown | not recorded |  |  |
| [How to design parts for FDM 3D printing](https://www.hubs.com/knowledge-base/how-design-parts-fdm-3d-printing/) · Protolabs Network (formerly Hubs) · `hubs-fdm-design` | Read source | read | unknown | not recorded |  |  |
| [How to Select a Threaded Insert for Your 3D Printed Assembly](https://www.spirol.com/assets/files/inserts-for-3d-printed-assemblies-us.pdf) · SPIROL International Corporation · `spirol-3dp` | Read source | read | unknown | not recorded |  |  |
| [Inserts for Plastics Design Guide](https://www.spirol.com/assets/files/ins-threaded-inserts-design-guide-us.pdf) · SPIROL International Corporation · `spirol-inserts` | Read source | read | unknown | not recorded |  |  |
| [Investigation of the Pull-Out Behaviour of Metal Threaded Inserts in Thermoplastic Fused-Layer Modelling (FLM) Components](https://doi.org/10.3390/jmmp7010042) · Journal of Manufacturing and Materials Processing 7 (1), 42 · `kastner-2023` | Read source | read | unknown | not recorded |  |  |
| [Mechanical Performance of Heat-Set Threaded Inserts in FDM-Printed PLA Components](https://doi.org/10.3390/engproc2026157040) · Engineering Proceedings 157, 40 (The Sustainable Mobility and Transportation Symposium 2026) · `laszlo-2026` | Read source | read | unknown | not recorded |  |  |
| [Modeling with 3D printing in mind](https://help.prusa3d.com/article/modeling-with-3d-printing-in-mind_164135) · Prusa Research (Prusa Knowledge Base) · `prusa-modeling-for-3dp` | Read source | read | unknown | not recorded |  |  |
| [On the Pin-Bearing Strength of Additively Manufactured Polymer Parts](https://doi.org/10.3390/polym15071660) · Polymers 15 (7), 1660 · `khosravani-2023` | Read source | read | unknown | not recorded |  |  |
| [PolyFlex TPU95 Technical Data Sheet V5.4](https://wiki.polymaker.com/polymaker-products/more-about-our-products/documents/technical-data-sheets/tpu/polyflex-tm-tpu95) · Polymaker · `polymaker-polyflex-tpu95-tds` | Read source | read | unknown | not recorded |  |  |
| [PolyLite ASA Technical Data Sheet V5.4](https://wiki.polymaker.com/polymaker-products/more-about-our-products/documents/technical-data-sheets/abs-asa/polylite-tm-asa) · Polymaker · `polymaker-polylite-asa-tds` | Read source | read | unknown | not recorded |  |  |
| [PolyLite PETG Technical Data Sheet V5.4](https://wiki.polymaker.com/polymaker-products/more-about-our-products/documents/technical-data-sheets/petg-pet/polylite-tm-petg) · Polymaker · `polymaker-polylite-petg-tds` | Read source | read | unknown | not recorded |  |  |
| [PolyLite PLA Technical Data Sheet V5.4](https://wiki.polymaker.com/polymaker-products/more-about-our-products/documents/technical-data-sheets/pla/polylite-tm-pla) · Polymaker · `polymaker-polylite-pla-tds` | Read source | read | unknown | not recorded |  |  |
| [PolyMide CoPA Technical Data Sheet V5.4](https://wiki.polymaker.com/polymaker-products/more-about-our-products/documents/technical-data-sheets/nylon/polymide-tm-copa) · Polymaker · `polymaker-polymide-copa-tds` | Read source | read | unknown | not recorded |  |  |
| [Quadratic Stress Criterion for Initiation of Delamination](https://doi.org/10.1177/002199838802201205) · Journal of Composite Materials 22 (12) · `brewer-lagace-1988` | Read source | read | unknown | not recorded |  |  |
| [ruthex Gewindeeinsatz M3 (RX-M3x5.7): size table](https://www.ruthex.de/products/ruthex-gewindeeinsatz-m3-100-stuck-rx-m3x5-7-messing-gewindebuchsen) · ruthex · `ruthex` | Read source | read | unknown | not recorded |  |  |
| [text-to-cad](https://github.com/earthtojake/text-to-cad) · Thompson Labs LLC (github.com/earthtojake) · `text-to-cad` | Read source | read | unknown | not recorded |  |  |
| [What can't 3D printers do? Understanding and overcoming 3D printing geometry limitations](https://www.hubs.com/knowledge-base/3d-printing-geometry-restrictions/) · Protolabs Network (formerly Hubs) · `hubs-3dp-geometry-limits` | Read source | read | unknown | not recorded |  |  |
| [What is dimensional accuracy in 3D printing and how do you achieve it?](https://www.hubs.com/knowledge-base/dimensional-accuracy-3d-printed-parts/) · Protolabs Network (formerly Hubs) · `hubs-3dp-dimensional-accuracy` | Read source | read | unknown | not recorded |  |  |
| [Bambu Lab PA6-CF listing (Filament2Print)](https://filament2print.com/en/filaments/3669-pa6-cf-bambu-lab.html) · Filament2Print (Bambu Lab data) · `filament2print-bambu-lab-pa6-cf-listing-filament2print` | Guide | snippet only (authors' claim) | low 0.4 | proprietary, not read | 3D printing |  |
| [Bambu Lab Wiki: PA-CF Printing Tips](https://wiki.bambulab.com/knowledge-sharing/pa-cf-printing-tips) · Bambu Lab · `bambu-lab-wiki-pa-cf-printing-tips` | Guide | snippet only | low 0.4 | proprietary, not read | 3D printing |  |
| [CNC Kitchen: Carbon Fiber Nylon in 3D Printing, PA6 vs PA12 Tested](https://www.cnckitchen.com/blog/carbon-fiber-nylon-in-3d-printing-pa6-vs-pa12-tested) · CNC Kitchen · `cnc-kitchen-carbon-fiber-nylon-in-3d-printing-pa6-vs-pa12` | Guide | snippet only | low 0.4 | proprietary, not read | 3D printing |  |
| [Composite filament comparison: PA6-CF vs PA12-CF vs PA6-GF25 (Inslogic)](https://www.inslogic3d.com/blogs/blog/composite-filament-comparison-for-3d-printing-pa6-cf-vs-pa12-cf-vs-pa6-gf25) · Inslogic · `inslogic-composite-filament-comparison-pa6-cf-vs-pa12-cf-vs` | Guide | snippet only | low 0.4 | proprietary, not read | 3D printing |  |
| [Design Tips for HP Multi Jet Fusion (Sculpteo)](https://www.sculpteo.com/blog/2017/10/25/how-to-design-for-hp-multi-jet-fusion-technology/) · Sculpteo · `sculpteo-design-tips-for-hp-multi-jet-fusion-sculpteo` | Guide | snippet only | low 0.4 | proprietary, not read | 3D printing |  |
| [Design Tips for SLS 3D Printing wall thickness (Sinterit)](https://www.sinterit.com/3d-printing-guide/design-for-3d-printing/wall-thickness-3d-print/) · Sinterit · `sinterit-design-tips-for-sls-3d-printing-wall-thickness` | Guide | snippet only | low 0.4 | proprietary, not read | 3D printing, General DFM |  |
| [dfm-check](https://github.com/artprinting3d-web/dfm-check) · artprinting3d-web (GitHub) · `artprinting3d-web-dfm-check` | Guide | snippet only | low 0.4 | proprietary, not read | 3D printing, PCB and electronics, General DFM |  |
| [Engineering Guidelines for Geometrically Stable PA12 via HP MJF (RapidMade)](https://rapidmade.com/engineering-guidelines-for-geometrically-stable-highly-accurate-pa12-components-via-hp-mjf/) · RapidMade · `rapidmade-engineering-guidelines-for-geometrically-stable` | Guide | snippet only (authors' claim) | low 0.4 | proprietary, not read | 3D printing |  |
| [Essentium: 3 Design Techniques for High-Speed Extrusion 3D Printing](https://www.additivemanufacturing.media/articles/3-design-techniques-for-high-speed-extrusion-3d-printing) · Essentium (via Additive Manufacturing Media) · `essentium-3-design-techniques-for-high-speed-extrusion-3d` | Guide | snippet only | low 0.4 | proprietary, not read | 3D printing |  |
| [Formlabs Fuse Series SLS Design Guide](https://formlabs.com/white-papers/fuse-series-sls-design-guide/) · Formlabs · `formlabs-fuse-series-sls-design-guide` | Guide | snippet only (authors' claim) | low 0.4 | proprietary, not read | 3D printing |  |
| [Heat Inserts and 3D-printing - a guide](https://www.printables.com/article/heat-inserts-and-3d-printing-a-guide-W5ob2VN) · Printables (community author) · `printables-heat-inserts-and-3d-printing-a-guide` | Guide | snippet only | low 0.4 | proprietary, not read | 3D printing, Inserts and fasteners |  |
| [HP MJF Handbook (Design for HP Multi Jet Fusion)](https://enable.hp.com/us-en-3d-mjf-handbook-download) · HP · `hp-mjf-handbook-design-for-hp-multi-jet-fusion` | Guide | snippet only | low 0.4 | proprietary, not read | 3D printing |  |
| [ISO/ASTM 52900:2021 additive manufacturing vocabulary](https://scc-ccn.ca/standardsdb/standards/8167516) · SCC (Standards Council of Canada) listing · `scc-iso-astm-52900-2021-additive-manufacturing-vocabulary` | Standard | snippet only | low 0.4 | proprietary, not read | 3D printing, General DFM |  |
| [ISO/ASTM 52911-1: Design for laser powder bed fusion of metals](https://webstore.ansi.org/preview-pages/ISO/preview_ISO+ASTM+52911-1-2019.pdf) · ISO/ASTM · `iso-astm-52911-1-design-for-laser-powder-bed-fusion-of` | Standard | snippet only | low 0.4 | proprietary, not read | 3D printing |  |
| [Low-Volume Rapid Injection Molding with 3D Printed Molds (Formlabs white paper)](https://formlabs.com/white-papers/low-volume-rapid-injection-molding-with-3d-printed-molds/) · Formlabs · `formlabs-low-volume-rapid-injection-molding-with-3d-printed` | Guide | snippet only | low 0.4 | proprietary, not read | Moulding and casting, 3D printing |  |
| [Markforged Composites Design Guide v1.2 (hosted copy)](https://ase.au.dk/fileadmin/www.ase.au.dk/Filer/Laboratorier_og_vaerksteder/Komposit-lab/3D_Print/Composites_Design_Guide_V1-2.pdf) · Markforged (copy hosted by Aarhus University) · `markforged-composites-design-guide-v1-2-hosted-copy` | Guide | snippet only | low 0.4 | proprietary, not read | 3D printing |  |
| [Markforged: Planning and 3D Printing a Composite Part](https://markforged.com/learn/planning-and-3d-printing-a-composite-part) · Markforged · `markforged-planning-and-3d-printing-a-composite-part` | Guide | snippet only | low 0.4 | proprietary, not read | 3D printing |  |
| [MatWeb Nylon 6 carbon fiber filled group](https://www.matweb.com/Search/MaterialGroupSearch.aspx?GroupID=17) · MatWeb · `matweb-nylon-6-carbon-fiber-filled-group` | Guide | snippet only (authors' claim) | low 0.4 | proprietary, not read | 3D printing, General DFM |  |
| [Minimum Wall Thickness for 3D Printing (Formlabs blog)](https://formlabs.com/eu/blog/minimum-wall-thickness-3d-printing/) · Formlabs · `formlabs-minimum-wall-thickness-for-3d-printing-formlabs` | Guide | snippet only | low 0.4 | proprietary, not read | General DFM, 3D printing |  |
| [MultiJet Fusion DFM Design Guide (Fast Radius)](https://www.fastradius.com/wp-content/uploads/2021/10/MultiJet-Fusion-DFM-Design-Guide-Fast-Radius.pdf) · Fast Radius · `fast-radius-multijet-fusion-dfm-design-guide-fast-radius` | Guide | snippet only | low 0.4 | proprietary, not read | 3D printing |  |
| [Polymaker PolyMide PA6-CF Product Information Sheet v1.4](https://polymaker.com/wp-content/tech-docs/PolyMide_PA6-CF_PIS_EN_V1.4.pdf) · Polymaker · `polymaker-polymide-pa6-cf-product-information-sheet-v1-4` | Guide | snippet only | low 0.4 | proprietary, not read | 3D printing |  |
| [Protolabs: 6 Ways to Cut Costs with Industrial 3D Printing](https://www.protolabs.com/resources/design-tips/cutting-costs-with-industrial-3d-printing/) · Protolabs · `protolabs-6-ways-to-cut-costs-with-industrial-3d-printing` | Guide | snippet only | low 0.4 | proprietary, not read | General DFM, 3D printing |  |
| [Protolabs: Redefining Metal Part Design with 3D Printing (DMLS)](https://www.protolabs.com/en-gb/resources/design-tips/redefining-metal-part-design-with-3d-printing/) · Protolabs · `protolabs-redefining-metal-part-design-with-3d-printing-dmls` | Guide | snippet only (authors' claim) | low 0.4 | proprietary, not read | 3D printing |  |
| [Protolabs: Understanding 3D Printing Tolerances](https://www.protolabs.com/resources/design-tips/3d-printing-tolerances/) · Protolabs · `protolabs-understanding-3d-printing-tolerances` | Guide | snippet only | low 0.4 | proprietary, not read | General DFM, 3D printing |  |
| [Prusa Knowledge Base: Modeling with 3D printing in mind](https://help.prusa3d.com/article/modeling-with-3d-printing-in-mind_164141) · Prusa Research · `prusa-research-prusa-knowledge-base-modeling-with-3d` | Guide | snippet only | low 0.4 | proprietary, not read | 3D printing |  |
| [Stratasys Direct SLS Design Guide (2023)](https://www.stratasys.com/siteassets/sdm/content---website-storage/design-guides/dg_sls_stratasys_direct_04192023.pdf) · Stratasys Direct · `stratasys-direct-sls-design-guide-2023` | Guide | snippet only (authors' claim) | low 0.4 | proprietary, not read | 3D printing |  |
| [Stratasys Direct: Laser-sintered holes (thickness, tolerance, proximity)](https://www.additivemanufacturing.media/articles/consider-thickness-tolerance-and-proximity-in-laser-sintered-holes) · Additive Manufacturing Media (Stratasys Direct study) · `additive-manufacturing-media-stratasys-direct-laser-sintered` | Guide | snippet only (authors' claim) | low 0.4 | proprietary, not read | 3D printing |  |
| [Stratasys FDM Design Guide (Stratasys Direct, 2025)](https://www.stratasys.com/siteassets/sdm/content---website-storage/design-guides/dg_sdm_fdm_0725a.pdf) · Stratasys Direct · `stratasys-direct-stratasys-fdm-design-guide-stratasys-direct` | Guide | snippet only (authors' claim) | low 0.4 | proprietary, not read | 3D printing |  |
| [Tips for Designing Custom Parts with SLS 3D Printing (Xometry)](https://www.xometry.com/blog/tips-for-designing-custom-parts-with-sls-3d-printing) · Xometry · `xometry-tips-for-designing-custom-parts-with-sls-3d-printing` | Guide | snippet only (authors' claim) | low 0.4 | proprietary, not read | 3D printing |  |
| [Xometry Design Guide: FDM 3D Printing](https://www.xometry.com/resources/design-guides/design-guide-fused-deposition-modeling-fdm-3d-printing/) · Xometry · `xometry-design-guide-fdm-3d-printing` | Guide | snippet only | low 0.4 | proprietary, not read | 3D printing |  |
| [Xometry: injection molding vs 3D printing break-even](https://www.xometry.com/resources/3d-printing/3d-printing-vs-injection-molding-breakeven/) · Xometry · `xometry-injection-molding-vs-3d-printing-break-even` | Guide | snippet only | low 0.4 | proprietary, not read | General DFM, Moulding and casting, 3D printing |  |
| [Xometry: Tolerances and Build Area for 3D Printed Plastics](https://community.xometry.com/kb/articles/752-tolerances-and-build-area-for-3d-printed-plastics) · Xometry · `xometry-tolerances-and-build-area-for-3d-printed-plastics` | Guide | snippet only | low 0.4 | proprietary, not read | 3D printing |  |