MANUFACTURING KNOWLEDGE
Engineering knowledge for the next decision.
Explore process, material, finish, design and procurement guidance without losing the path to a project-specific review.
CURATED ENGINEERING ARTICLES
Explore practical engineering guidance
Find process, material, finish, design and procurement guidance organized around real manufacturing decisions.
See the CNC machining diagrams procurement engineers need before RFQ, from feature maps and tolerance zones to DFM risks and inspection methods.
Learn what procurement engineers check before ordering CNC machined parts, including drawings, materials, tolerances, finishes, DFM and inspection.
Engineering guide to datum surfaces, locating pins, dowel holes, part stops and clamp access for repeatable automation fixtures and inspection jigs.
Engineering notes for insulation spacers, standoffs, clips, covers and plastic support parts used around copper conductors, busbars and power electronics assemblies.
Practical sheet metal design notes for PCS and inverter cabinet ventilation, service access, removable covers, cable entry, fastener spacing and powder-coated enclosure parts.
Engineering and manufacturing notes for battery module compression plates, end plates, tie-rod interfaces, flat contact surfaces, coating choices and assembly stack-up control.
How to choose between CNC machining and 3D printing for robotic end-effector adapter plates, gripper interfaces and lightweight tooling components.
Review aluminum and copper thermal hardware through the released drawing: contact faces, fins, fasteners, finish restrictions and inspection evidence. A manufacturing review defines the part and its acceptance checks; thermal validation belongs to the project.
A practical guide to automation fixtures and jigs, including locating features, CNC fixture blocks, 3D printed validation fixtures and inspection planning.
Learn when polymer CNC machining is better than 3D printing, including plastic material choice, tolerances, tool access, surface finish and post-processing.
Choose CNC machining materials by comparing aluminum, steel, stainless steel, copper, titanium and plastics against tolerance, finish, cost and applications.
Define the exposure, geometry, material condition and finish acceptance before selecting a corrosion-resistant part. Use this guide to prepare a material-and-finish review brief; named alloy families are selection topics, not stock or service-life guarantees.
Move from general guidance to the real part.
Use Knowledge to frame the decision, then share CAD, quantity, material, finish and inspection context.