Markforged Industrial Series

Industrial-scale printing of high-strength parts with precision sensing and automation, built for the factory floor.

What is the Markforged Industrial Series?

The Markforged Industrial Series is a line of industrial-grade 3D printers designed to produce high-strength composite and metal parts for manufacturing environments. These systems are used to create functional tooling, jigs and fixtures, and end-use parts with accuracy and repeatability that can replace traditionally machined components.

 

Key capabilities include:

Continuous fiber reinforcement (carbon fiber, Kevlar) for added strength

In-process inspection using built-in laser measurement

Automated material management for consistent, unattended printing

Production-ready performance for factory floor use, not just prototyping

Manufacturers use the Industrial Series to reduce lead times, lower tooling costs, and bring more production in-house while maintaining part quality and consistency.

The Markforged Industrial Series Printers

Purpose-built for demanding applications, each system in the Industrial Series is designed to deliver durable, production-ready parts with minimal operator intervention.

The Markforged X7 is a turnkey industrial 3D printer built for producing strong, functional parts with precision and consistency. Its dual-nozzle system enables continuous fiber reinforcement with materials like carbon fiber and Kevlar, while a built-in laser micrometer verifies dimensional accuracy during the print process.

 

Ideal for jigs, fixtures, tooling, and end-use parts where strength and repeatability are essential.

The FX10 is a next-generation industrial platform designed for higher throughput and long-term flexibility. It offers significantly faster print speeds than the X7, a heated chamber for improved material performance, and automated spool changeover to reduce downtime.

 

Its modular design also allows it to be upgraded to support metal printing, making it a scalable solution for teams looking to expand from composite parts into metal applications on the same platform. 

The FX20 is Markforged’s largest and most advanced composite 3D printer, built for high-temperature, high-strength applications in aerospace, automotive, and defense. It delivers exceptional part strength and consistency at scale, with a heated build chamber designed for advanced materials.

 

When paired with the PX100 or PX200, manufacturers can scale production with automated part handling and continuous throughput, enabling true additive manufacturing workflows for high-volume environments. 

Industrial Series Printer Comparison

Feature

Markforged X7

Markforged FX10

Build Volume

330 x 270 x 200 mm

375 x 300 x 300 mm

Base Materials

Onyx, Onyx FR, Onyx ESD, Nylon White, Precise PLA, Smooth TPU 95A

Onyx, Onyx FR, Onyx ESD, Nylon White, Nylon White FS

Continuous Fibers

Carbon Fiber, Carbon Fiber FR, Fiberglass, HSHT Fiberglass, Kevlar

Carbon Fiber, Carbon Fiber FR

Metal Printing

(with Metal Kit upgrade)

Key Features

Laser micrometer, Inspection ready

Heated chamber, automated spool changeover, vision module

Printing on Markforged with Eiger Software

Eiger is the cloud-based software that powers the Markforged platform, enabling you to go from CAD to a printed part in just a few steps. It allows you to manage printers, organize part libraries, and collaborate with your team from anywhere. 

Why Choose the Markforged Industrial Series?

Feature

Description

Industrial Build Quality for Unmatched Reliability

Built on a precision-machined kinematic bed and an all-aluminum unibody, ensuring consistent dimensional accuracy and repeatable results for production-ready parts.

Intelligent Printing with Eiger Software

Onboard sensors track material usage and detect runouts, automatically pausing prints to reduce failures, minimize waste, and keep production moving.

Seamless Cloud-Based 3D Printing Workflow

Eiger enables you to go from CAD to print in minutes while managing printers, organizing part libraries, and collaborating with your team from anywhere. 

Factory-Tough, Office-Safe Design

A fully enclosed build chamber, quiet motion system, and humidity-controlled material storage, it’s robust enough for the factory floor yet safe for the office.

Advanced Composite & Fiber Reinforcement Materials

Print with engineering-grade Onyx and reinforce parts with continuous carbon fiber, Kevlar, or fiberglass to achieve exceptional strength, stiffness, and durability.

Continuous Over-the-Air Platform Updates

Automatic cloud-based updates through Eiger deliver ongoing performance improvements, new features, and increased reliability without manual intervention.

Frequently Asked Questions (FAQs) About Markforged Industrial Printers

The Markforged Industrial Series is a lineup of advanced, factory-ready 3D printers designed to produce high-strength composite and metal parts. These printers are engineered for reliability, accuracy, and throughput, making them ideal for manufacturing tooling, fixtures, and end-use production parts.

The Markforged X7 is a proven, dedicated composite printer with in-process inspection capabilities. The Markforged FX10 is the next-generation platform, offering a larger build volume, faster print speeds, automated material changeover, and the ability to upgrade to metal printing. The FX20 is the largest and fastest printer in the lineup, designed for massive, high-performance parts.

The Industrial Series supports a wide range of engineering-grade materials, including Onyx, Onyx FR (flame retardant), and Onyx ESD. For reinforcement, they utilize continuous Carbon Fiber, Kevlar, and Fiberglass. The FX10 can also be upgraded to print metals like 17-4PH Stainless Steel and H13 Tool Steel.

Yes, parts printed on the Industrial Series and reinforced with continuous carbon fiber can exhibit strength and stiffness comparable to 6061-T6 aluminum. This allows manufacturers to replace heavy, expensive machined metal tooling with lightweight, 3D-printed composite parts.

The Industrial Series offers a significant advantage in speed and cost for low-volume production, custom tooling, and prototyping. It allows you to bring manufacturing in-house, eliminating costly lead times, reducing inventory overhead, and enabling rapid design iteration without the need for expensive CNC machining setups.

Additional Resources

Professional Training

Unlock your team’s potential with hands-on, certified SOLIDWORKS training—designed to sharpen skills, boost productivity, and solve real-world design challenges. Start learning from the pros today.

Technical Support

Stuck on a design issue or software glitch? Our certified support team is ready to help you—we have real answers, real people, real fast. Let us solve it so you can keep building, designing, or prototyping.

Upcoming Events

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