3D Printing Seattle
Engineering 3D printing in Belltown, Seattle for carbon-filled nylon prototypes, fixtures, tooling, workholding, and quick design validation.
Precision machining & mechatronics
Bringing the future to the present. Est. 2018
Local Seattle manufacturing services from Future Present Labs: CNC machining, waterjet cutting, laser engraving, PCB design, rapid prototyping, and custom manufacturing support.
Engineering 3D printing in Belltown, Seattle for carbon-filled nylon prototypes, fixtures, tooling, workholding, and quick design validation.
Seattle CAD/CAM services for manufacturable parts, CNC programming, prototype revisions, machining feedback, fixture planning, and design cleanup.
CNC machining for Eastside Seattle hardware, aerospace, robotics, and product teams in Redmond, Kirkland, Bellevue, and nearby Puget Sound communities.
Seattle CNC machining for prototypes, short-run parts, fixtures, brackets, housings, and precision components in aluminum, steel, brass, titanium, and engineering plastics.
Belltown, Seattle CNC milling for aluminum prototypes, precision brackets, housings, plates, fixtures, and short-run machined components.
Seattle CNC turning for shafts, bushings, spacers, threaded parts, collars, housings, and small-batch lathe work.
Seattle contract manufacturing support for machined parts, fixtures, prototype assemblies, electronics-adjacent hardware, and short-run production.
Seattle custom manufacturing for prototype parts, small-batch production, fixtures, assemblies, PCB support, CNC machining, waterjet cutting, and laser engraving.
Seattle electronics prototyping for PCB bring-up, embedded systems, test fixtures, harnesses, sensors, data logging, and hardware validation.
Seattle embedded systems consulting for firmware, hardware bring-up, test rigs, data logging, sensor integration, and prototype products.
Seattle engineering prototyping for mechanical parts, electronics, test fixtures, embedded systems, CAD revisions, and hardware validation.
Seattle fixture design and fabrication for machining, inspection, assembly, electronics testing, workholding, and repeatable prototype builds.
Seattle hardware prototyping for mechanical parts, embedded electronics, PCB support, firmware, fixtures, test rigs, and physical product builds.
MOPA fiber laser engraving in Belltown, Seattle for part marking, serial numbers, QR codes, panels, prototypes, and short-run production parts.
Seattle part marking for laser engraved serial numbers, QR codes, labels, revision marks, panels, nameplates, and traceable machined parts.
Seattle PCB design and electronics prototyping for embedded systems, fixtures, test hardware, control boards, and early product development.
Seattle precision machining for critical prototype parts, short-run components, fixtures, housings, plates, and engineered assemblies.
Seattle product prototyping for physical products, hardware startups, functional models, machined parts, electronics, and design iteration.
Seattle prototype machining for early hardware builds, test fixtures, machined prototypes, design revisions, and short-run validation parts.
Seattle rapid prototyping for machined parts, 3D printed fixtures, electronics, laser engraving, waterjet cutting, and product development.
Seattle small-batch manufacturing for machined parts, engraved components, fixtures, prototype assemblies, and repeat hardware runs.
WAZER abrasive waterjet cutting in Belltown, Seattle for metal, plastic, composite, rubber, gasket, panel, bracket, and flat-pattern parts.
Seattle teams often need a practical path from design files to usable parts. Future Present Labs combines in-house machining, prototyping, engraving, electronics support, and a local partner network so founders, engineers, artists, and operators can keep development moving without coordinating every vendor separately.
Use these pages to find the service that matches your project, then send files, drawings, photos, or a rough description.
Future Present Labs is built for the messy middle between engineering intent and finished hardware. A typical project may start with a STEP file, a drawing, a cardboard mockup, a broken part, or an electronics problem that needs a mechanical enclosure. Because CNC machining, waterjet cutting, laser engraving, 3D printing, CAD/CAM work, and PCB support sit close together, we can choose the process that gets you to a useful answer instead of forcing every job through the same quoting path.
That matters for Seattle hardware teams, artists, venues, research groups, and small manufacturers that need a local partner who can talk through tolerances, materials, fixtures, labeling, assembly, and revision risk. Some jobs are simple one-off parts. Others become repeatable small-batch production with part marking, inspection notes, packaging, and vendor coordination. In either case, the goal is the same: shorten the loop between design, build, test, and the next revision.
Start with CNC machining for precise 3D parts, waterjet cutting for flat profiles and blanks, or laser engraving for durable serial numbers, QR codes, panels, and product markings. If you are not sure which page fits, send the project context and we will route it to the right process.