CNC machining capabilities

Precision CNC Turning, Milling, and Drilling—Tight Tolerances for Components That Require Machined Accuracy Beyond Standard Fabrication

If your component requires machined accuracy that standard fabrication cannot hold, that is where Morrison's CNC capabilities come in.

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Capabilities

CNC machining

Close-up of CNC-machined steel parts with threaded holes

CNC turning

Rotational parts machined on the lathe—shafts, bushings, pins, spacers, and cylindrical components held to tight tolerances. OD/ID turning, facing, grooving, threading, and boring.
Sheet metal with laser-cut parts laid out on a cutting bed

CNC milling

Flat surfaces, pockets, slots, holes, and complex 3D contours machined with precision. Brackets, plates, housings, and components requiring multi-axis accuracy.
Close-up of a CNC machine operator panel with keypad and screen

 CNC drilling

Precision hole patterns, tapped holes, counterbores, and countersinks placed exactly where your assembly requires them. Hole position and diameter held to spec across production runs.
Laser-cut and press-brake-bent sheet metal parts ready for welding and assembly on the shop floor.

Prototype & short-run machining

Need 5 parts, not 5,000? Morrison machines prototypes and short runs with the same equipment and tolerances as full production. No minimum order, no quality gap between sample and fleet.
CNC-machined steel blocks lined up in rows

Production Machining

When your program calls for hundreds or thousands of identical machined parts, Morrison's CNC runs hold tolerances across the entire production volume—first part to last part, run to run.
Close-up of a CNC machine operator panel with keypad and screen

Why engineering and machining under one roof changes things

When engineering and machining are separated, tolerances get interpreted instead of held. A dimension that makes sense on the drawing does not always survive the handoff to the person running the machine.

At Morrison, the engineers work in the same facility as the machining team. That means tight tolerance requirements get tested against production reality in real time—not after a revision cycle that already cost two weeks and a bad first article.

Process

From Concept to Delivery

1

Consult

Requirements, loads, environment, volumes
2

Design

3D CAD models, DFM optimization
3

Prototype

Physical Prototype, fit & function testing
4

Refine

Design revisions, production drawings
5

Produce

Full-scale fabrication, QC every unit
FAQ

CNC machining questions

NC turning, CNC milling, and CNC drilling—plus secondary machining on fabricated parts. Morrison handles precision machining for individual components and post-fabrication machining on welded assemblies.
Need a part machined to tight tolerances? MORRISON'S IN-HOUSE CNC TURNING, MILLING, AND DRILLING CAPABILITIES HANDLE EVERYTHING FROM SINGLE PROTOTYPES TO FULL PRODUCTION RUNS
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(888) 706-5634