Location
Mount Vernon, WA 98274
This space reflects on the craft of machining—where precision comes not from adding, but from carefully taking away. Subtractive manufacturing transforms raw blocks of wood, metal, or plastic into purposeful designs through cutting, milling, routing, and turning. It is a practice rooted in tradition yet alive with innovation, balancing strength and delicacy as each pass of the tool uncovers the shape imagined. Here, we honor the quiet discipline of working with resistance, the patience of refinement, and the enduring beauty of objects revealed through subtraction.
Discover a step-by-step guide to harnessing desktop SLA 3D printing for custom machining jigs and surface fixtures. Learn how to design, print, post-process, and then finish your parts on a CNC router using key tooling components for tight tolerances and professional results.
Discover a step-by-step guide to Fused Filament Fabrication (FFF) and learn how to refine printed components with a desktop CNC router for razor-sharp detail. This tutorial explores nozzles, hotends, slicing strategies, and end mills-bridging additive and subtractive manufacturing to unlock professional-grade results.
Discover how to combine Fused Deposition Modeling (FDM) 3D printing with CNC milling for precision parts. This guide walks through equipment setup, material selection, digital preparation, and finishing techniques that bridge additive flexibility with subtractive accuracy.
Discover a hybrid workflow that marries the pinpoint accuracy of CNC machining with the design freedom of stereolithography. This step-by-step guide shows how to retrofit a typical CNC mill for bottom-up resin printing, covering vat fabrication, UV LED installation, Z-axis calibration, slicing software, and safety practices.
Discover how to transform a standard CNC mill into a basic selective laser sintering (SLS) system for polymer powder. This hands-on guide walks you through the key components-from laser module and powder bed kit to safety gear and finishing endmills-so you can experiment with laser-based additive manufacturing at home or in a small workshop.
Explore how upgrading key components on a desktop Fused Filament Fabrication (FFF) printer opens the door to wood-, metal-, and carbon-fiber-filled filament projects. This guide walks through extruder, hotend, nozzle, and bed upgrades-plus slicer tweaks-to help you achieve stronger, more detailed prints and spark sustainable creativity.
Discover how to transform a standard CNC router into a hybrid additive manufacturing platform using a pellet extrusion attachment. This guide covers machine setup, material selection, calibration, and finishing techniques that blend the precision of subtractive machining with the freedom of pellet-based 3D printing.
Discover how to transform your CNC mill into a wire arc additive manufacturing system for creating metal parts layer by layer. This guide walks you through selecting components, mounting a welding torch, setting up G-code, and fine-tuning deposition parameters so you can start printing steel directly on your machine.
Unlock a new dimension of additive manufacturing by retrofitting a CNC router with a pellet extruder. This method uses inexpensive plastic pellets for faster, sustainable builds and leverages your existing CNC hardware for larger volumes. Follow this detailed guide to assemble, calibrate, and operate a pellet-fed extrusion system alongside precision finishing tools.
Dive into the world of desktop stereolithography (SLA) with an in-depth guide that unpacks each stage of resin-based 3D printing, from initial setup to final cure. Discover the essential tools and components-resin vats, FEP films, UV curing stations-and learn best practices for achieving razor-sharp detail and consistent results.
