Resources
Explore practical manufacturing guides from PartsMake to help engineering and procurement teams make better decisions from prototype through repeat production.
Engineering-first guidance
Built around real production considerations.
Design for manufacturability
Process and material selection
Tolerances, finishing, and inspection
Technical knowledge base
Make informed manufacturing decisions
Manufacturing complex parts requires more than selecting a machine. These resources explain the practical choices behind materials, processes, tolerances, finishes, and production readiness so your team can move from CAD to reliable components with greater confidence.
Design readiness
Identify manufacturability risks before material, tooling, or production time is committed.
Material selection
Compare material characteristics, application requirements, and production implications.
Quality planning
Connect tolerances, critical dimensions, finishing, and inspection with the intended use.
Production planning
Understand the transition from prototype validation to pilot, low-volume, and repeat production.
Explore the library
Guides for every stage of development
Browse focused articles covering design, CNC machining, injection molding, sheet metal, additive manufacturing, materials, surface finishing, and tolerances.
Custom Precision Parts Manufacturing | CNC, Molding & Design Guide
Partner with PartsMake for end-to-end custom manufacturing. From prototyping to production, we optimize your designs for cost-efficiency and quality.
View details →
CNC Machining Guide: Custom Precision Parts Manufacturing | PartsMake
Get expert CNC machining services for your custom components. Read our DFM guide for design optimization, material selection, and quality manufacturing.
View details →
Custom Injection Molding Guide: Design for Manufacturing (DFM) Essentials
Learn the technical requirements for custom injection molding. Our DFM guide covers wall thickness, draft angles, and material selection to optimize your production.
View details →
Sheet Metal Design Guide: Manufacturing Standards for Precision Parts | PartsMake
Optimize your sheet metal designs with our technical guide covering bend radii, K-factors, and hole-to-edge clearances. Upload your files for a DFM review.
View details →
3D Printing Guide: Design for Additive Manufacturing & Production | PartsMake
Comprehensive 3D printing guide for engineers and OEMs. Learn design rules for SLA, SLS, MJF, FDM, and Metal to optimize your parts for production at PartsMake.
View details →
Custom Parts Manufacturing & Engineering Material Guide | PartsMake
Expert custom parts manufacturing from prototype to production. Use our material guide to select the right metal or plastic for your project requirements.
View details →
Surface Finish Guide: Choosing the Right Finish for Precision Parts | PartsMake
Select the optimal surface finish for your metal and plastic parts. Our engineering-focused guide covers corrosion resistance, hardness, and tolerance impacts. Request a quote today.
View details →
Precision Manufacturing Tolerance Guide | GD&T Standards at PartsMake
Learn how manufacturing tolerances and GD&T affect your project costs. Compare achievable tolerances for CNC, EDM, and molding at PartsMake.
View details →
Custom Precision Parts Manufacturing | CNC Machining & Fabrication | PartsMake
PartsMake provides end-to-end custom manufacturing for OEMs and engineers. From CNC machining and 5-axis milling to injection molding and sheet metal.
View details →From prototype to production
Turn technical insight into production confidence
PartsMake supports custom metal and plastic components through engineering review, process selection, manufacturing, finishing, inspection, and repeat production.
Need guidance for a specific part?
Share your drawings, CAD files, materials, quantities, and requirements with the engineering team.
Request a manufacturing reviewStart a conversation
Ready to discuss your next component?
Contact PartsMake for practical support with manufacturability, process selection, quality requirements, and production planning.