Practical guidance for choosing materials, processes, tolerances and production routes.
Choose a guide for your next engineering review, whether you are preparing a casting design, planning machining or gathering quotation inputs.
A drawing-based checklist for closing geometry, tooling, machining, finishing, inspection, and approval questions before die manufacture begins.
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A practical design review for machined parts covering stock form, feature access, internal radii, wall rigidity, datums, tolerances, burrs, and inspection.
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A complete RFQ checklist covering engineering files, revisions, demand, materials, critical features, finishing, inspection, assembly, and delivery.
Read engineering guide →Search article titles and summaries, or narrow the library by topic. Use the guides to prepare questions about your part and production route.
8 guides available
A practical view of tooling development from requirement review and mold concept through steel release, T1 sampling, correction, approval, and maintenance planning.
Read engineering guide →A practical framework for classifying casting defects, investigating interacting causes, selecting controls, and matching inspection to functional risk.
Read engineering guide →A practical design review for machined parts covering stock form, feature access, internal radii, wall rigidity, datums, tolerances, burrs, and inspection.
Read engineering guide →A drawing-based checklist for closing geometry, tooling, machining, finishing, inspection, and approval questions before die manufacture begins.
Read engineering guide →A practical guide to tooling, material, geometry, process, machining, finishing, inspection, assembly, and change risks that shape total die casting cost.
Read engineering guide →Select and specify finishes for cast and machined parts using material compatibility, service conditions, functional requirements and appearance criteria.
Read engineering guide →Translate drawing requirements and product risk into incoming checks, first-article inspection, in-process controls, final verification and shipment records.
Read engineering guide →A complete RFQ checklist covering engineering files, revisions, demand, materials, critical features, finishing, inspection, assembly, and delivery.
Read engineering guide →Open a topic for focused articles and supporting manufacturing references.
Engineering guidance covering tooling, wall thickness, draft, porosity, tolerance and production economics.
Browse topic → 1 guideEngineering guidance covering machining methods, tolerance, surface condition, cost and design decisions.
Browse topic → 1 guideCompare metals, casting alloys and engineering plastics against function and manufacturing route.
Browse topic → 3 guidesDesign considerations for die casting, CNC machining, surface finishing and inspection.
Browse topic → 1 guideCompare machining, die casting, materials and production economics without reducing the decision to unit price alone.
Browse topic →Review tooling, machining and the operations needed for the delivered part.
Identify the alloy, surface requirements and protected features.
Connect controlled features to inspection methods and required records.
Confirm assembly scope, identification, packaging and shipment requirements.
Explore manufacturing decisions, with guidance on process selection, materials, tolerances, surface finishing, production cost and inspection planning.
Use the articles to prepare technical questions and identify information needed for quotation. Confirm the applicable material standards, drawing revision, customer specifications and acceptance requirements for the project.
Send the model, drawing, material specification, order quantities, finish and required inspection records. Highlight unresolved design decisions so they can be addressed before tooling or production begins.
Use it to prepare drawing inputs and questions. Controlled drawings, customer specifications, recognized standards, and an accepted project review take precedence over general guidance.
Provide the current model and drawing, material specification, quantities, critical features, finish, tests and documentation requirements. Identify any decisions that are still open.
Send your drawing, material, quantities, finish and inspection requirements. Include any open questions from the guides so they can be reviewed for your part.