Slug Pulling in Stamping Dies: Why a New Punch May Not Fix It
A hole can pass inspection while its loose slug threatens the next stroke. Trace the scrap's return path before changing the punch, die insert or process settings.
Read article →A hole can pass inspection while its loose slug threatens the next stroke. Trace the scrap's return path before changing the punch, die insert or process settings.
Read article →An electrode count is not a quality score. Learn how to connect each electrode to a feature, machining stage and acceptance requirement—and compare the cost of a finished, accepted cavity.
Read article →Correct punch and die sizes do not guarantee an even cutting gap. A practical guide to clearance definitions, paired tooling, burr diagnosis and purchasing acceptance.
Read article →A core pin can pass dimensional inspection and still move during molding. Separate manufacturing error, assembly alignment and loaded deflection before specifying a replacement.
Read article →A small chip can be expensive when it sits on a critical shut-off. A larger surface defect may be manageable elsewhere. Use damage location, recoverable function and restart risk—not the weld price alone—to choose the next step.
Read article →A practical guide to changing a mold insert order without losing control of the drawing, the work already completed or the inspection basis—with a change-notice template and a split-batch example.
Read article →A buyer’s guide to protecting precision mold inserts between final inspection and installation: define support points, select compatible corrosion protection, preserve part identity and plan receiving and spare storage.
Read article →A practical buyer’s guide to approving the first custom mold insert: connect the sample to its drawing and inspection records, document trial-fitting changes, and define exactly what the next order may repeat.
Read article →Compare custom mold insert quotations on equal terms—from supplied drawings or agreed drawing assistance to machining, inspection and delivery. Includes a scope matrix and an illustrative cost comparison.
Read article →A practical engineering guide to cooling around precision mold inserts: plan a complete circuit, protect steel and seals, inspect hidden waterlines and validate thermal performance during a controlled mold trial.
Read article →