Industry Trend: 3D‑Printed Tooling & Fixtures Slash Costs by 95%

3D‑Printed Carbon‑Fiber Parts Can Replace Machined Counterparts

As the additive‑manufacturing market matures, companies are learning how to weave 3D printing into their core production lines. Over the past few years, professional‑grade 3D printers have moved from niche experimentation to practical, cost‑effective solutions for tooling, fixturing, and other essential manufacturing components.

While hobbyists enjoy the flexibility of open‑source printers, enterprises demand streamlined, plug‑and‑play equipment that accelerates product development without the overhead of custom machining. Today’s commercial printers combine robust hardware with advanced materials—especially continuous fiber‑reinforced composites—making them reliable partners for any production environment.

Request a demo today to see how a Markforged 3D printer can boost your manufacturing workflow.

WAIT TIMES ARE ELIMINATED

CNC BANDWIDTH INCREASED

Machine shops often struggle with bandwidth constraints—setting up fixtures can take longer than machining the parts themselves. 3D‑printed tooling offers a decisive advantage by eliminating these bottlenecks. However, traditional printers are limited by the strength of their thermoplastic builds, which is why high‑strength, fiber‑reinforced machines are now essential.

CFF CAN UNLEASH INNOVATION ON YOUR PRODUCTION FLOOR

High‑strength printers like the Mark Two employ continuous fiber fabrication (CFF) to produce parts that match—or exceed—machined durability. Reinforced composites deliver the toughness required for heavy‑duty tooling, fixtures, and jigs, freeing machinists to focus on critical tasks and accelerating overall efficiency.

Request a demo today to discover how Markforged 3D printing can transform your manufacturing process.