FROM DESIGN
TO PHYSICAL HARDWARE
In-house capabilities to build, test, iterate, and manufacture
Forge combines digital manufacturing and prototyping technologies to turn designs into functional hardware. From one-off prototypes and tooling to replacement components and low volume production, we select the process and material around the needs of the project
IN-HOUSE CAPABILITIES
BUILD. TEST. ITERATE
CNC MACHINING
Prototype and low-volume machined components with the accuracy, material properties, and finish required for functional hardware.
Aluminum - Brass - Plastics
Prototype Components - Tooling - Fixtures - Replacement parts
FDM 3D PRINTING
Fast, economical production of functional prototypes, fixtures, housing, brackets, and low volume components across a broad range of engineering materials.
PLA - PETG - ABS - TPU - Nylon - Polycarbonate - Carbon & Fiber Reinforced Materials
SLA 3D PRINTING
High-resolution resin printing for detailed prototypes, patterns, small components, and applications where surface detail and fine geometry matter.
Standard - Tough - Castable - Specialty Resins
3D SCANNING & REVERSE ENGINEERING
Capture existing geometry for part reproduction, design modification, dimensional comparison, or development of manufacturing-ready CAD
Physical part -> Scan Data -> CAD -> New Hardware
LASER CUTTING & ENGRAVING
Cut, mark, and engrave components, identification plates, fixtuer, prototypes, and finished products across a variety of materials.
Acrylic - Wood - Polymers - Metals
PROTOTYPE FABRICATION & ASSEMBLY
Combine multiple processes to create complete prototypes, test assemblies, fixtures, and custom solutions rather than isolated components.
Thermoforming - Mechanical Assembly - Electronics Integration - Multi-Process Builds