cad-agent.References · CNC machining in the catalogue · Markdown · JSON
References · Manufacturing
CNC machining
44 records: 7 read sources that cad-agent's rules and checks may cite, and 37 records catalogued from the Reference Map, not yet read. Milled and turned parts.
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 the source and promoting it (how).
Coverage
What cad-agent checked for these topics when the map was made, and the gap it found. The issue it drafted for each gap was never posted.
PartlyCNC: internal corner radius, pocket depth, tool access
Gap: Rules in YAML only; dfm.check has no corner, pocket or tool-reach kinds and no geometry measurement; no 3-axis access/undercut analysis, thin-wall or tapped-hole depth checks.
Drafted issue, never posted: “Add CNC kinds to dfm.check and a tool-access analysis”
Records
44 records
| Record | Kind | Evidence | Confidence | Licence | Process | Role |
|---|---|---|---|---|---|---|
| CNC Machining Design Tip: Optimizing Internal Corner RadiiXometry · 2020 Explains non-standard inside radius can help because the end mill needs clearance to turn in the corner. Read: 2026-10-31: the live page answers scripts with HTTP 429, so read the Internet Archive copy of 2026-03-07 (web.archive.org/web/20260307153318/…). Byline "Written by Dean McClements, Updated by Aaron Lichtig"; published 2020-09-29, updated 2… | Guide | read | low 0.4 | proprietarynot read | CNC machining | not assessed |
| Design Guidelines: CNC MillingProtolabs Protolabs milling limits page; snippets show min wall and standard tolerance of automated factory. Read: 2026-10-31: opened the page; read size limits (2 in milled depth per side), the tolerance (±0.005 in, and ISO 2768-1 medium or fine), feature and nominal thickness, threads (M2–M12) and text. unconfirmed Walls thinner than 0.020 in (0.5 mm) typically do not survive machining. | Guide | read | low 0.4 | proprietarynot read | CNC machining | not assessed |
| Design Guidelines: CNC TurningProtolabs Turning limits: groove width/depth, minimum diameter and length, ID grooves unsupported. Read: 2026-10-31: opened the page; read the smallest diameter (0.030 in), wall thickness (0.020 in) and hole sizes. unconfirmed Max OD groove depth 0.95 in (24.1 mm); min groove width 0.019 in. | Guide | readAuthors' claim: numbers stated, not measured | low 0.4 | proprietarynot read | CNC machining | not assessed |
| Guidelines for Threaded Holes in CNC MachiningProtolabs Protolabs' CNC thread tables: UNC and UNF from #2-56 to 1/2-13 and metric coarse and fine from M2 to M12, each with its thread depth. Read: 2026-11-04: opened the page (it redirects to the en-gb services page); read the thread tables: UNC and UNF from #2-56 to 1/2-13, metric coarse and fine from M2 to M12, with their depths. unconfirmed Threads offered UNC/UNF #2 to 1/2 in and metric M2 to M12 | Guide | readAuthors' claim: numbers stated, not measured | low 0.4 | proprietarynot read | CNC machiningInserts and fasteners | not assessed |
| Helicoil install guide (Albany County Fasteners)Albany County Fasteners Helical coil insert installation by insert type: drill, tap with an STI tap (not a standard one), install, break the tang, and seat the coil 1/4 to 1/2 turn below the surface. Read: 2026-11-04: opened the PDF; read the install steps per insert type (drill, STI tap, install, break the tang) and the seating depth. unconfirmed Seat the coil 1/4 to 1/2 turn below the surface; an STI tap, not a standard tap | Guide | read | low 0.4 | proprietarynot read | Inserts and fastenersCNC machining | not assessed |
| How to design parts for CNC machiningProtolabs Network (formerly Hubs) Hubs recommended and feasible limits for walls, holes and threads, per search summary. Read: 2026-10-31: opened the page; read the table of recommended and feasible values (cavities, internal edges, floor radii, walls, holes, threads, small features, tolerances, text) and the undercut section. corroborated Min wall 0.8 mm metals, 1.5 mm plastics (feasible 0.5 and 1.0 mm). | Guide | readAuthors' claim: numbers stated, not measured | low 0.4 | proprietarynot read | CNC machining | not assessed |
| Video: 10 Tips to Improve Your CAD Designs for CNC MachiningXometry · 2022 Xometry CAD tips; snippets show min wall and corner radius figures across Xometry pages. Read: 2026-10-31: the live page answers scripts with HTTP 429, so read the Internet Archive copy of 2026-05-15 (web.archive.org/web/20260515023712/…). Byline "Written by Joel Schadegg, Updated by Greg Paulsen"; published 2022-11-15, updated 2026… corroborated Standard minimum wall 0.794 mm metals, 1.5 mm plastics. | Guide | read | low 0.4 | proprietarynot read | CNC machining | not assessed |
| 5-Axis CNC Machining (Fictiv)Fictiv Covers 3+2 and simultaneous 5-axis configurations. Note: Snippet only | Guide | snippet only | low 0.4 | proprietarynot read | CNC machining | not assessed |
| 6 Ways to Optimize Part Design for CNC MachiningProtolabs Protolabs tips on pocket depth with relief radii, tool access and wall stiffness. Note: Figures vary between regional pages unconfirmed Functionally sharp corners to about 1-1/4 in (32 mm) depth with relief radii. | Guide | snippet only | low 0.4 | proprietarynot read | CNC machining | not assessed |
| ASME Y14.5-2018 dimensioning and tolerancingSFS standards store US GD&T standard covering datums, form, orientation, position, profile and runout. Note: Store listing; full text paid | Standard | snippet only | low 0.4 | proprietarynot read | General DFMCNC machining | not assessed |
| Best Practice Tips for Correct Tolerancing (meviy)Misumi (meviy) News coverage of Misumi meviy tolerancing guide: how tolerance affects fit, cost, lead time. Note: Secondary news coverage; guide text not seen | Guide | snippet only | low 0.4 | proprietarynot read | CNC machining | not assessed |
| CNC Design Guide (Fictiv ebook)Fictiv Gated ebook on sizes and shapes to avoid and drilling, milling, turning quality. Note: Gated; body not seen | Guide | snippet only | low 0.4 | proprietarynot read | CNC machining | not assessed |
| CNC hole design: through, blind, tapped and moreProtolabs Hole design blog; snippet shows depth limit tied to end mill length. Note: Snippet only unconfirmed Holes deeper than six diameters are challenging; may need machining from both sides. | Guide | snippet only | low 0.4 | proprietarynot read | CNC machining | not assessed |
| CNC Machining Aluminum 6061 vs 7075 guideBoen Rapid 6061 vs 7075: 6061 default; 7075 stronger, costlier, wears tools faster. Note: Vendor blog; unverified figures | Guide | snippet only | low 0.4 | proprietarynot read | CNC machining | not assessed |
| CNC Machining Cost ReductionXometry Cost-reduction advice including inside corner radius guidance and tolerance restraint. Note: Snippet only unconfirmed Inside corner radius L:D ratio of 3:1 or less; keep radii uniform. | Guide | snippet only | low 0.4 | proprietarynot read | CNC machining | not assessed |
| CNC machining design guidelines: why your CAD model costs 10x moreModus Advanced Title shows cost-driver focus; content not shown in snippet. Note: Title only | Guide | snippet only | low 0.4 | proprietarynot read | CNC machining | not assessed |
| CNC Undercuts: Why They Are ExpensiveSendCutSend Undercuts can drive up cost or make parts unmachinable; design alternatives. Note: Snippet only | Guide | snippet only | low 0.4 | proprietarynot read | CNC machining | not assessed |
| Cuckoo for Swiss machiningCutting Tool Engineering Trade magazine article on Swiss machining; conventional lathe L/D limits about 3:1 without guide bushing. Note: Snippet only | Guide | snippet only | low 0.4 | proprietarynot read | CNC machining | not assessed |
| Deep Pockets and Slots (SolidWorks DFMXpress)Dassault Systemes SolidWorks DFM rule for milled pockets and slots tied to end mill length-to-diameter. Note: Snippet only unconfirmed End mill length-to-diameter ratio no greater than 3:1. | Guide | snippet onlyAuthors' claim: numbers stated, not measured | low 0.4 | proprietarynot read | CNC machining | not assessed |
| Delrin (Acetal) CNC MachiningXometry Acetal machining notes: min wall, stock sizes, visible tool marks hidden by bead blasting. Note: Snippet only unconfirmed Avoid wall thickness below 0.060-0.080 in for acetal. | Guide | snippet only | low 0.4 | proprietarynot read | CNC machining | not assessed |
| Design for subtractive manufacture (Fusion cert prep)Autodesk Course unit: parts reachable from top, no overhangs; Accessibility Analysis flags undercuts. Note: Snippet only | Guide | snippet only | low 0.4 | proprietarynot read | CNC machining | not assessed |
| Designing CNC milled parts: fillets, wall thickness, tool accessClarwe Fillets, wall thickness and tool access explained; fallback if nothing better. Note: Shop blog; snippet title only | Guide | snippet only | low 0.4 | proprietarynot read | CNC machining | not assessed |
| Groove Design for CNC Turning (meviy)Misumi (meviy) Groove depth-to-width ratio governs chip evacuation; deep narrow grooves clog. Note: Snippet only | Guide | snippet only | low 0.4 | proprietarynot read | CNC machining | not assessed |
| Guide to CNC Machining Tolerances (Makerverse)Makerverse Tolerance guide; tighter tolerances cost more regardless. Note: Snippet only | Guide | snippet only | low 0.4 | proprietarynot read | CNC machining | not assessed |
| How to Install Key-Locking InsertsMcMaster-Carr Key-locking insert install notes; tap size can differ from insert thread; comparable to Keensert. Note: Snippet had no figures | Guide | snippet only | low 0.4 | proprietarynot read | Inserts and fastenersCNC machining | not assessed |
| How to Reduce CNC Machining Costs (Protolabs design tip)Protolabs Cost-reduction tip appearing in corner radius and design results. Note: Specific numbers not visible in snippet | Guide | snippet only | low 0.4 | proprietarynot read | CNC machining | not assessed |
| ISO 2768 (Xometry)Xometry Xometry page on ISO 2768 general tolerances; appeared in results, content not shown in snippet. Note: Only title seen; content unconfirmed | Guide | snippet only | low 0.4 | proprietarynot read | CNC machiningGeneral DFMSheet metal and laser | not assessed |
| ISO 2768 general tolerances: tables, classes, statusWevolver Covers ISO 2768 classes f, m, c, v and geometric classes H, K, L. Note: Medium value differs by source unconfirmed Linear 6-30 mm: fine +/-0.1, medium +/-0.2, coarse +/-0.5 mm (one table). | Guide | snippet onlyAuthors' claim: numbers stated, not measured | low 0.4 | proprietarynot read | CNC machiningSheet metal and laser | not assessed |
| ISO 286 limits and fits: H7/g6 (Machining Doctor)Machining Doctor ISO 286 fit explanation: H7/g6 sliding clearance; H7/p6 and r6 interference. Note: Calculator pages; some errors seen across sources unconfirmed Dia 25 H7/g6 clearance 7-41 um; H7/p6 interference about 1-35 um. | Guide | snippet onlyAuthors' claim: numbers stated, not measured | low 0.4 | proprietarynot read | CNC machiningGeneral DFM | not assessed |
| Modus: Design features that reduce lead times and costsModus Advanced 13 design considerations; e.g. specify edge breaks instead of modeled chamfers. Note: No tolerance-cost numbers in snippet | Guide | snippet only | low 0.4 | proprietarynot read | CNC machining | not assessed |
| More Axes, More Money: 3-axis vs 3+2 vs 5-axisSendCutSend Compares cost and time of 3, 3+2 and 5-axis machining. Note: Snippet only | Guide | snippet only | low 0.4 | proprietarynot read | CNC machining | not assessed |
| Optimising CNC Machining Design for Precision and Production EfficiencyQuickparts Quickparts design guidance including internal radius to pocket depth ratio. Note: Snippet via search summary unconfirmed Internal radius to pocket depth ratio of 1:8 for structural stability. | Guide | snippet only | low 0.4 | proprietarynot read | CNC machining | not assessed |
| PRC-5006 anodize process requirementsNASA NASA anodize process spec; fragmentary snippet on Type III design guidance. Note: Snippet fragmentary | Standard | snippet only | low 0.4 | proprietarynot read | CNC machining | not assessed |
| Protolabs Network manufacturing standardsHubs (Protolabs Network) Network default finish and edge-break standards for machined parts. Note: Snippet only unconfirmed Default as-machined finish Ra 3.2 um (126 uin); sharp edges and burrs removed. | Guide | snippet onlyAuthors' claim: numbers stated, not measured | low 0.4 | proprietarynot read | CNC machining | not assessed |
| Reducing CNC Machining Costs: 13 Design TipsHubs (Protolabs Network) Cost tips: limit hole depth, thread length, tolerances; relief at blind hole bottoms. Note: Snippet only unconfirmed Hole depth about 4x diameter; thread length about 3x hole diameter. | Guide | snippet only | low 0.4 | proprietarynot read | CNC machining | not assessed |
| Selecting the right CNC material: 25 materials comparedHubs (Protolabs Network) Compares stock machining metals: 1018, 4140, 304, 316, 6061; guidance by corrosion, strength, weight. Note: Details from search summary | Guide | snippet only | low 0.4 | proprietarynot read | CNC machining | not assessed |
| Sheet: CNC machining design guidelines (SendCutSend)SendCutSend SendCutSend CNC limits: min internal cutout and internal radius, wall-to-wall fillet rule. Note: No min wall number seen corroborated Min internal radius 1.587 mm (0.0625 in); wall corner fillet at least cutter radius or 1/5 wall height. | Guide | snippet onlyAuthors' claim: numbers stated, not measured | low 0.4 | proprietarynot read | CNC machining | not assessed |
| Surface finishes for CNC machining (Hubs)Hubs (Protolabs Network) Covers bead blasting, anodizing Type II/III, powder coating and process order. Note: No numeric rules seen | Guide | snippet only | low 0.4 | proprietarynot read | CNC machining | not assessed |
| The Complete Guide to Designing Tight Tolerance PartsFictiv Gated ebook on tight-tolerance design and drawings; GD&T and stack-up topics seen elsewhere. Note: Gated; body not seen | Guide | snippet only | low 0.4 | proprietarynot read | CNC machining | not assessed |
| Threaded Holes (Xometry)Xometry Defines deep threaded hole and advises adding a boss for extra thread thickness. Note: Snippet only unconfirmed Deep threaded hole: thread depth over 1.5x thread diameter. | Guide | snippet only | low 0.4 | proprietarynot read | CNC machiningInserts and fasteners | not assessed |
| Understanding and Specifying AnodizingOMW Corp Anodizing specification primer from a finisher; content not shown in snippet. Note: Finisher PDF; title only | Guide | snippet only | low 0.4 | proprietarynot read | CNC machining | not assessed |
| What Every Designer Needs to Know About CNC Part TolerancesXometry Tolerance primer; advises tight or geometric tolerances only on critical areas. Note: Title and tolerance advice from snippets only unconfirmed Apply tight and/or geometric tolerances only to critical areas. | Guide | snippet only | low 0.4 | proprietarynot read | CNC machining | not assessed |
| What is Delrin (Hubs)Hubs (Protolabs Network) Delrin is stable and machinable but can deform with heat; radii and selective tolerances cut cost. Note: Snippet only unconfirmed Large Delrin parts can shrink about +/-0.05 mm. | Guide | snippet only | low 0.4 | proprietarynot read | CNC machining | not assessed |
| What is Swiss machining: Swiss-type CNC lathes explainedWevolver Swiss lathe overview: L/D advantages and routine tolerances. Note: Vendor figures disagree unconfirmed L/D above 3:1 favors Swiss; above 10:1 practically requires it; about +/-0.005 mm. | Guide | snippet onlyAuthors' claim: numbers stated, not measured | low 0.4 | proprietarynot read | CNC machining | not assessed |
Role is the survey's judgement of a record within its class (leader, reference, lessons, context): not a quality grade. A single source, a search snippet, or untested judgement is what “low” means.