Metal manufacturing blog for OEM buyers
Metal Manufacturing Blog & Technical Guides
To begin, our metal manufacturing blog helps engineers and sourcing teams make clearer decisions about custom metal stamping, sheet metal fabrication, CNC machining, tooling, tolerances, inspection, and production planning.
Practical, drawing-based guidance
Technical Content Built Around Real Manufacturing Decisions
Therefore, each guide connects a purchasing or engineering question to the features that influence tooling, process selection, inspection, unit cost, and production risk. For example, start with a topic above or use the latest articles below.
Featured technical guide
Read Our Newest Manufacturing Guide
First, review the newest practical guide from our metal manufacturing blog. It connects a current engineering or sourcing question with the drawing, process, tooling, inspection, cost, and production details buyers should consider.
Metal Stamping Material Selection: What Buyers Should Specify
Next, learn how to specify the material information a stamping supplier needs, when equivalent grades require discussion, and why thickness tolerance and surface condition can matter as much as the alloy name.
Read the material guide →Latest articles
Latest Metal Manufacturing Blog Guides
Next, use this metal manufacturing blog to find practical guidance for part drawings, supplier quotations, tooling decisions, approval samples, and production quality. In addition, these articles are written for OEM buyers, engineers, and sourcing teams.
Metal Stamping Tolerances: What Buyers Should Specify
First, separate critical-to-function features from general dimensions and align drawing tolerances with the manufacturing and inspection plan.
Read the tolerance guide →
Metal Stamping Tooling Cost: What Are You Actually Paying For?
Next, understand how die type, part geometry, material behavior, expected volume, maintenance, and validation shape a tooling quotation.
Explore tooling cost →
Metal Stamping Quote: What Information Should You Send?
Then, send drawings, material, quantity, finish, tolerances, application, inspection, and packaging details so suppliers quote the same scope.
Prepare your quote →
Metal Stamping First Article Inspection Guide
Afterward, see how drawings, datums, critical features, material records, appearance requirements, and measurement results support production approval.
Review first article inspection →
Metal Stamping Burrs: 5 Drawing Notes That Prevent Assembly Problems
Finally, define burr direction, edge condition, contact surfaces, safety requirements, and acceptable finishing before parts reach assembly.
Learn about burr control →Alternatively, browse every published article in one place.
View all technical guidesA buyer's reading path
Follow the Questions That Shape a Manufacturing Quote
If you are preparing a new OEM part, then work through the guides in the same order that engineering and purchasing questions often appear: material, tolerance, tooling, RFQ scope, first article approval, and edge condition.
From knowledge to production
Explore LS Manufacturing Capabilities
After reading, technical articles help define the project. Moreover, the process pages show how LS reviews drawings and supports prototype, tooling, inspection, repeat production, packaging, and export preparation. For general quality-management context, review the official ISO 9001:2015 standard overview.
Drawing-based support for brackets, clips, plates, covers, formed components, and repeat stamped production.
Explore metal stamping →Laser cutting, forming, welding, fabricated enclosures, frames, chassis, and coordinated finishing.
View sheet metal fabrication →Milling and turning support for prototypes, precision components, fixtures, and production parts.
Review CNC machining →Have a drawing ready?
Turn the Technical Questions Into a Clear Manufacturing Review
Finally, send your drawing, material, quantity, tolerances, finish, application, inspection needs, and delivery requirements. Then, LS will review the available information before confirming the proposed manufacturing and quotation scope.