Turning a long aluminum extrusion into a finished component can require drilling, milling, and final cutoff operations. The Pat Mooney PMI-CNC 18 MDS combines those processes within one automated platform, allowing profiles to move from raw stock toward finished parts with fewer separate setups. CNC machining, integrated sawing, and automated material movement make the system particularly useful for recurring components that require multiple features before being cut to final length.
PMI-CNC 18 MDS Machining and Saw Center Features:
The PMI-CNC 18 MDS functions as an aluminum extrusion machining center for profiles that require more than a simple cutoff. Machining operations can be completed while the material remains within the production system, reducing the need to cut blanks first and then transfer each piece to another machine for secondary work.
Combining multiple processes is the defining advantage of this CNC drilling milling and sawing machine. Holes, slots, pockets, and other required features can be machined as part of the programmed workflow before the saw separates the finished section from the remaining stock. This consolidates operations that would otherwise require additional equipment, handling, and setups.
The automatic profile processing system uses controlled material movement to position the extrusion for machining and subsequent cutoff operations. Instead of treating material advancement as a separate manual task, positioning becomes part of the programmed production sequence. This makes the 18 MDS particularly valuable for repeat components where feature location and final part length must remain consistent across a batch.
| Specification | Value |
| X-Axis Travel | 59 in (1.5 m) |
| Y-Axis Travel | 12.8 in (325 mm) |
| Z-Axis Travel | 11.81 in (300 mm) |
| Shuttle Index | 49.2 in (1.25 m) |
| Spindle | 12,000 RPM / 5 HP |
| Tool Holder | ISO 30 |
| Saw Motor | 10 HP |
| Saw Blade | 18 in |
| Saw Feed | Fully hydraulic |
The Pat Mooney PMI-CNC 18 MDS Machining and Saw Center is a CNC machining and sawing center for aluminum and non-ferrous profiles. It is configured around profiles requiring milled, drilled, or tapped features before cutoff, with its process layout defining the operator involvement and workpiece range.
A 12,000-rpm ISO30 machining spindle works across 59 inches of X travel, 12.8 inches of Y travel, and 11.81 inches of Z travel. A separate 10-hp motor drives the 18-inch saw, and a 49.2-inch servo shuttle indexes long stock. Confirm the largest and smallest workpieces, required angles or features, tolerance, blade or tooling data, workholding, material support, production quantity, and finished-part handling before specifying the machine.
Typical work includes:
A 12,000-rpm ISO30 machining spindle works across 59 inches of X travel, 12.8 inches of Y travel, and 11.81 inches of Z travel. A separate 10-hp motor drives the 18-inch saw, and a 49.2-inch servo shuttle indexes long stock.
The PMI-CNC 18 MDS Machining and Saw Center locates programmed features from a defined work offset rather than manual layout marks.
Workholding positions must secure the profile while leaving every required spindle or drill approach clear.
Programs retain the coordinates and process sequence for established part families.
Yes. The system can mill, drill, or tap programmed features before the 18-inch saw completes the cutoff.
Published travels are 59 inches in X, 12.8 inches in Y, and 11.81 inches in Z.
The ISO30 machining spindle is rated at 5 hp and 12,000 rpm; the cutoff saw uses a separate 10-hp motor with hydraulic feed.
A servo-driven ballscrew shuttle provides a 49.2-inch indexing stroke and repositions the stock between operations.
Recurring profiles with drilled, tapped, or milled features close to the finished cutoff can avoid a separate machining and material-handling step.