Our CNC routers machine parts up to 6.5 x 10 ft with a tolerance of 0.005 in. That is larger than a standard sheet, which means oversized panels, architectural elements, and large fixture components get machined in one piece instead of being cut down and joined.
Materials we run
Acrylic, HDPE, LDPE, polycarbonate, PVC foam, UHMW, ABS, nylon, acetal, CPVC, HDU, and polypropylene. We also machine aluminum, wood, and starboard.
If you are specifying a material and are not sure it will hold up in a Florida install, ask before you buy the sheet. The wrong plastic outdoors in this climate fails in months.
What we machine
Routing, milling, and profile cutting. Pockets and recesses for sub-flush insets. Drilled and threaded holes. 3D reliefs and V carves. Inlays. Engraving. Custom shapes from your file or from a physical sample.
When CNC instead of laser
Both cut. They are not interchangeable.
The laser is faster on thin acrylic and leaves a flame-polished edge with no secondary work. Choose it for flat parts under 5/8 in where the edge finish comes off the machine ready to use.
The router handles thicker stock, materials the laser cannot process cleanly, and anything that needs a machined feature rather than a through cut. Pockets, threads, bevels, counterbores. The routed edge is mechanically cut, which means it can be diamond polished to optical clarity if the piece calls for it.
Send us the part and we will tell you which process fits. Most jobs that come in asking for one end up better on the other.
Tolerance and repeatability
0.005 in is tight enough for parts that have to assemble without shims, mate with hardware, or drop into an existing enclosure. For production runs, the value is not hitting that number once. It is hitting it on part four hundred the same as part one.
Files
Vector or 3D files in AI, DXF, DWG, STEP, or PDF. For machined features we need dimensions, not just an outline. A drawing with callouts beats a pretty rendering.
