Micro Drill Selection: Diameter, Depth, Material and Point Geometry
Choosing a micro drill is a four-variable problem: diameter, hole depth as a multiple of diameter, workpiece material and point geometry. Getting the
Geometry, coatings, cutting conditions and custom tooling — written for the person who has to choose a part number, not for the one selling it. If a number here ever contradicts a product page, the product page wins.
Choosing a micro drill is a four-variable problem: diameter, hole depth as a multiple of diameter, workpiece material and point geometry. Getting the
Newest first. Each note is one decision, explained — what to pick, when not to, and the failure mode if you get it wrong.
Flat, ball nose, V-bit or chamfer? Micro end mill selection comes down to the feature geometry, the chip load available at small diameters and how muc
Reamers exist because drills cannot hold the tolerance. This guide covers spiral versus straight reamers, taper reamers, runout sensitivity and how to
Coatings do not make a bad tool good. They extend the life of a correctly designed tool in the right material. Here is what each coating actually does
Small tools fail from too much speed, not too little. This note covers practical spindle speed, feed per tooth, chip load and how to reduce them safel
A complete inquiry halves the quotation time. Here is the exact information we need to quote a custom micro cutting tool properly, and why each item m
Carbon-fibre composites, aluminium and copper each fail micro tools in different ways. This note covers which tool geometry and coating handles each,
Send the drawing or the failure description. Reply window: Engineering reply within 1 business day.