Location
Mount Vernon, WA 98274
Discover a step-by-step guide that combines FDM 3D printing with CNC finishing to achieve parts with both complex geometry and tight tolerances. Learn how to design, print, and machine features for prototypes, fixtures, and functional components with industrial-grade precision.
Discover a step-by-step workflow for combining desktop FDM 3D printing with CNC routing to achieve functional parts and jigs with sub-millimeter precision. Learn how the right nozzle, slicer settings, and end mill can transform rough prints into finished components ready for assembly.
Discover a hands-on workflow that fuses desktop resin 3D printing with CNC milling to elevate surface finish and tolerance on your parts. Learn how to prep, print, clean, and mill SLA models using micro end mills and essential tooling for crisp edges, flat mounting faces, and functional fits.
Dive into a step-by-step exploration of SLA (Stereolithography) additive manufacturing paired with CNC micro-milling to achieve high-detail polymer parts. Learn resin selection, print orientation, post-curing best practices, and micro end mill finishing techniques that elevate your first prototype to production-ready hardware.
Discover how to fuse the precision of SLA resin 3D printing with the power of CNC milling to produce parts that marry fine detail with structural accuracy. This guide walks you through materials, machine setup, post-processing, and finishing steps-complete with tips on selecting specialized end mills and router bits to take your prototypes from concept to polished reality.
Discover how stereolithography (SLA) 3D printing can be paired with desktop CNC finishing to achieve smooth, precise prototypes straight from your workshop. This step-by-step guide covers resin selection, slicer settings, post-processing, and end mill techniques to refine surfaces and unlock hybrid additive-subtractive workflows.
Discover how desktop selective laser sintering (SLS) combines with CNC milling to unlock ultra-precise polyamide parts. This guide reviews key process parameters, material handling, and essential tool choices-including ball end mills and open-frame routers-to help you integrate additive and subtractive workflows.
Discover how to harness the strength of carbon-fiber reinforced Fused Deposition Modeling (FDM) and refine your prints with CNC milling. This detailed guide walks you through essential components, printer setup, slicing parameters, post-processing, and router integration for hybrid manufacturing that produces durable, precision parts.
Discover how desktop FDM 3D printing can be paired with a compact CNC router to create high-precision jigs and fixtures. This step-by-step guide covers material selection, hardware setup, slicing parameters, and post-processing with end mills and router bits to unlock hybrid subtractive-additive workflows.
Discover how fused deposition modeling can empower your CNC workflow by producing custom jigs and fixtures. This guide walks through design in CAD, slicing strategies, material choices, and post-processing tips to achieve rigid, accurate add-on components that work seamlessly with routers, end mills, and CNC machines.
