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.
Combine the accessibility of Fused Deposition Modeling with the precision of CNC routing to produce functional, high-fidelity parts. Learn how upgrading to a hardened steel nozzle for abrasive filaments and finishing surfaces with a desktop CNC router can unlock new levels of durability and surface quality in your workshop.
Discover how to combine resin vat photopolymerization with CNC machining to produce high-precision jigs, fixtures, and prototype parts. This step-by-step guide covers everything from design and slicing to post-curing and finishing passes, empowering you to unlock micron-level tolerances and mirror-smooth surfaces.
Unlock the synergy between SLA 3D printing and CNC machining by crafting high-precision jigs that streamline your workshop workflows. This guide dives into the resin-based process, post-curing best practices, and how to integrate end mills and router bits for flawless surface quality.
Discover how to combine stereolithography 3D printing with CNC milling to achieve exceptional surface quality and dimensional accuracy. This step-by-step guide reviews resin selection, printer setup, post-processing, fixturing techniques, tooling choices, and machining strategies to help you deliver parts ready for demanding engineering applications.
Discover how stereolithography (SLA) resin printing can revolutionize your machining workflow by creating high-precision jigs, mounts, and fixtures. This guide walks you through design considerations, print settings, post-processing steps, and integration with CNC routers and end mills-empowering you to blend additive innovation with subtractive accuracy.
Learn how to harness dual extrusion Fused Filament Fabrication with soluble supports to 3D print complex jigs and fixtures, then refine the results with CNC milling. This guide walks through printer setup, material selection, slicing strategies, post-processing, and finishing passes so you can produce precision tooling faster and more affordably.
Discover how to harness the accuracy of resin-based 3D printing to fabricate custom tool holders enhanced with heat-set metal inserts, then fine-tune critical dimensions with a CNC mill. This guide walks through every step-from CAD adjustments and printer setup to post-processing, insert installation, and finishing passes on a router or CNC machine-to help you build jigs and fixtures that fit like a glove.
Discover how fused deposition modeling (FDM) can accelerate your subtractive workflow by fabricating custom jigs, tool holders, and fixtures. This step-by-step tutorial reviews best practices-from design and slicing to post-processing-so you can produce durable, high-precision parts that streamline milling and routing setups.
Harness the versatility of FDM 3D printing to create custom jigs and fixtures that streamline your CNC machining process. This guide walks through design principles, print settings, post-processing, and seamless integration with end mills and hold-down clamps to achieve repeatable, high-precision results.
Discover how fused deposition modeling (FDM) 3D printing can open new doors for precision parts and prototypes when paired with a CNC router for finishing. This guide dives into selecting the right nozzle, filament, slicing settings, and post-print milling tools to refine details, boost accuracy, and bring your designs to life.
