Tilley

When a feature shrinks below one millimeter, the ordinary rules of milling stop applying. Cutter diameter, chip thickness, and spindle runout all become critical, and a fraction of a degree of temperature change can move a wall out of tolerance. This is why micro machining is treated as its own

Magnesium machining lets engineers cut weight where every gram matters, from aerospace brackets to handheld tool housings. Magnesium is the lightest structural metal in common use, so parts come off the spindle with high stiffness for their mass and excellent vibration damping. It also machines quickly, which shortens cycle times

High speed machining has moved from a niche technique to a default strategy in modern CNC shops. At XAP Precision we use it every day to cut harder materials faster, hold tighter tolerances, and produce parts that need less secondary work. The approach reverses old assumptions about how a cutter

Hastelloy machining is the price of ultimate corrosion resistance. These nickel-based superalloys shrug off acids, chlorides, and stress-corrosion cracking that destroy ordinary stainless in hours. Chemical processing, pollution control, and sour-gas service reward you with a part that outlasts the plant around it. The same elements that stop corrosion make

A short hole is easy to make. A hole that is many times deeper than its diameter is a different challenge entirely, because the tool wanders, chips clog, and heat concentrates at the cutting edge where it cannot be cleared. Gun drilling exists specifically to solve that problem. At XAP