Practical guides from the shop floor: how we hold tolerances, control burrs, manage stress and choose materials for parts that are hard to machine.
What precision machining holds and what drives cost.
View →How to choose between the two processes.
View →Which process fits slender or chunky parts.
View →Design rules that remove cost before quoting.
View →Process controls for glass-sealing components.
View →How critical dimensions are verified.
View →Process controls for burrs, heat and dimensional drift.
View →Process controls for glass-sealing components.
View →High-density alloys and how to cut them.
View →Chemical-resistant fluoropolymer parts.
View →Soft, inert and awkward to hold to size.
View →When five-axis pays off and how to prepare a part.
View →What Ra means and what determines finish.
View →The process behind a repeatable tight tolerance.
View →What actually drives the price of a part.
View →Process, report and acceptance before series.
View →EN 10204 3.1 explained and what to request.
View →Structural, motion and interface parts.
View →Wear-resistant, repeatable components.
View →Stiff, light structural and joint parts.
View →Diamond grinding of hard, brittle parts.
View →Why dry machining and dust control matter.
View →Tell us about your program. The fields below help our engineering team prioritize recurring, long-term supply programs with equipment manufacturers.
Every critical dimension is verified on our in-house Zeiss CMM · material chemistry confirmed by spectrometer · EN 10204 3.1 certificates available.
Prefer email? Write to us directly at info@prototech-machining.com