CNC drilling for accurately located holes, ports, countersinks, threads, and deep-hole features in custom production components.
Drilling is more than selecting a drill diameter. Reliable holes depend on the relationship to datums, material machinability, depth-to-diameter ratio, chip evacuation, and the secondary operation needed for the feature.nnA controlled route may include spotting, drilling, pecking, reaming, boring, tapping, and deburring. Inspection checks the location and functional condition of holes rather than only nominal size.
Creates accurately located through and blind holes with process parameters matched to the material and depth.
Peck cycles, coolant delivery, and specialized tooling manage chip evacuation and straightness in deeper features.
Refines size, roundness, and surface finish for dowel, bearing, or precision mating holes.
Forms internal threads with the specified pitch and engagement after proper drilling and chamfering.
Ports, passages, and threaded interfaces support controlled flow and reliable sealing.
Mounting, clearance, dowel, and fastener holes establish accurate component relationships.
Panel cutouts, mounting holes, and connector patterns are held to assembly datums.
Precision hole patterns locate workpieces and guide production operations.
CNC positioning and datum-based inspection protect the hole locations that control fit.
The same setup can combine drilling with milling, boring, countersinking, and tapping.
Programmed cycles and defined tools support consistent results across repeat lots.
Aluminum, steel, stainless, brass, copper, and engineering plastics use appropriate speeds, feeds, and coolant methods.
