Markforged Industrial Series

Markforged industrial 3D printers can manufacture engineer-grade components from a variety of materials, including plastics and carbon fiber. With the ability to print layers between 50 and 250 microns, 3D printers compete favorably with traditional manufacturing processes for low-volume manufacturing. Standard features include kinematically coupled print beds, laser assisted bed leveling and active print calibration. 

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Markforged X7

The X7 3D prints continuous carbon fiber-reinforced parts in hours that can be as strong as machined aluminum. If you need to produce parts with excellent strength, flame resistance, chemical resistance, and energy absorbance, the X7 can fabricate functional parts for you.

The larger build volume, precision-built hardware, and laser-assisted leveling calibration of the X7 make it ideal for printing large functional end-use parts. Parts have an unmatched dimensional accuracy, surface finish, high strength, and temperature resistance.

Harness the Potential of Continuous Fiber Reinforcement Technology

Markforged is the first company to offer 3D printers capable of reinforcing parts with continuous fibers, enabling composite parts robust enough to replace machined metal. Fiber materials, such as fiberglass and carbon, are used to enhance the strength of plastic parts. Fiber reinforced plastics can be as strong as some metals, but they are much lighter.

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Strong performing parts right off your machine

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Markforged FX10

Markforged designed FX10 to deliver strong, accurate parts on every print — on an automated, factory-friendly platform that raises the bar for usability. FX10 prints continuous carbon fiber reinforced parts for a wide range of factory floor applications — helping manufacturers increase speed to market, slash fabrication and inventory costs, and de-risk line down events.

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What Is Industrial 3D Printing?

Industrial 3D printing is the use of 3D printing technologies in a production environment to produce finished components. These additive manufacturing solutions lay down layers of high-grade plastics or carbon fiber to build complete components to tight tolerances. Depending on the raw materials, the tensile strength of finished components can exceed that of structural steel and aluminum. Industrial printers can print larger parts and have a high throughput. The 3D printing process is suitable for continuous production runs in industrial applications.

How Industrial 3D Printing Streamlines Design & Production

Industrial 3D printing is the use of 3D printing technologies in a production environment to produce finished components. These additive manufacturing solutions lay down layers of high-grade plastics or carbon fiber to build complete components to tight tolerances. Depending on the raw materials, the tensile strength of finished components can exceed that of structural steel and aluminum. Industrial printers can print larger parts and have a high throughput. The 3D printing process is suitable for continuous production runs in industrial applications.

Benefits of Industrial 3D Printing

  • Less waste: 3D printing produces minimal waste compared to traditional manufacturing processes.
  • No tooling costs: The parts are manufactured without tooling, potentially saving thousands of dollars in development and prototyping costs.
  • Diverse printing materials: Multiple choices of printing filaments are available, from cheap plastics up to high-tech carbon fiber and even sintered metal components.
  • Production costs: For short to medium production runs, 3D printing is often more affordable than injection molding and CNC machining processes.
  • Improved manufacturing: 3D printing allows for specialists to support their manufacturing efforts by creating tooling and fixtures, adding further efficiency and benefit for everyone involved.
  • Rapid prototyping: It's key to rapid prototyping used to quickly make function models and mockups of engineering designs
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Bigger prints, high-quality surface finish

Markforged industrial-grade printers produce high-resolution and precise surface finishes for end-use parts. With a 50-micron resolution layer, your parts will resemble the look and feel of injection molding and come out of the printer ready to use.

Lower your costs

Visit the ROI Calculator to learn just how much Markforged could save you.

  • Pick your Industry
  • Choose a section in the Product Life Cycle
  • Input a few parameters
  • Receive an ROI Report with findings based on existing customers with similar applications
View ROI Calculator >

Inspect with Laser Precision & Advanced Sensor Technology

With a built-in laser micrometer, the print bed is automatically scanned with 1µm accuracy to generate a contour map of its surface. By calibrating its measurements with extrusion readings to perfectly set nozzle height and active topography adjustment, your prints will come out exactly how you want them.
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Software that brings it all together

With cloud-based Eiger software, you can double-check your parts for dimensional accuracy and critical tolerances before your part is finished printing. Scan your parts at any point during the printing process to ensure that your part is accurately printing.
Take a step-by-step walkthrough >

Strengthen Your Parts

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Continuous fiber fabrication

Dual print heads allow you to strengthen your parts with fiberglass, carbon fiber, Kevlar, or Markforged Onyx material.

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Material usage detection

Printer estimates the amount of remaining material and alerts you when it’s low.

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Active print calibration

Advanced laser sensor calibration scans the print bed and automatically levels it for more accurate builds.

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Bed leveling

A properly leveled printer increases part accuracy and repeatability, improves print quality, and yields a high-quality surface finish.

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Multiple print modes

Print with a wide range of materials and select from different print modes to achieve your desired surface finish.

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Build Volume

Build your parts as large as 13 x 10.6 x 7.9 inches.

Industrial Applications

What Can I Build On An Industrial Printer?

Build all your jigs, fixtures and tooling in-house with 3D printing. From custom soft jaws for difficult machining operations to alignment jigs for welding, a Markforged 3D printer can improve many of the behind-the-scenes tasks associated with manufacturing and fabrication. Enhance your manufacturing floor with a Markforged printer and experience shorter lead times, increased machine bandwidth, streamlined part production and reduced manufacturing costs.

Johnson Level's 3D Printing Journey
GSC Customer Success Story

Johnson Level purchased the Mark Two industrial grade printer and saw ROI within 9 months. New 3D parts make up their production line including an ultrasonic welding fixture, multiple grippers, packaging prototypes and a new assembly machine.

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Markforged Tour

Watch Our 3D Printing Tour

Watch our On-Demand 3D Printing Germantown Technology center tour with a staff guide. These printers include metal, composite, and thermoplastic machines from Markforged 3D Printing

GSC Success Guaranteed

Committed to Fueling Your Success

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