A reliable, desktop 3D printer designed to print Onyx, a chopped fiber nylon filament with increased stiffness, high dimensional stability, and a beautiful, black surface finish. Includes powerful Eiger software for importing your model and slicing it for high strength printing.Application examples: Robotics gripping tools, jigs, fixtures, prototypes
A reliable, desktop 3D printer designed to print Onyx, a chopped fiber nylon filament with increased stiffness, high dimensional stability, and a beautiful, black surface finish.
The Onyx Pro, with a second print head exclusively for Continuous Fiberglass, is your entry to the seriously strong parts that Markforged is known for.
Includes powerful Eiger software for importing your model and slicing it for high strength printing
Application examples: Robotics gripping tools, jigs, fixtures, prototypes, end-use parts
The first and only desktop 3D printer that smartly embeds continuous fiber to create a printed composite part. Markforged 3D printed parts are much stronger, stiffer and more impact resistant than parts from any other 3D printer.
It leverages the incredible material quality of Onyx (micro-carbon reinforced nylon) – parts are 20% stronger and 40% stiffer than ABS plastic. Onyx material can be used alone, or further reinforced with embedded continuous Carbon Fiber, Kevlar or Fiberglass.
Incorporating a reliable 3D printer with esteemed strength, quality, and precision at a low cost, into your company’s workflow, can make a big impact in reducing costs and extending your competitive edge.
Engineered and built to survive the production floor environment, the X3 effortlessly produces the tools you need to keep your line running.
The X3 prints strictly engineering grade plastic parts down to 50 micron resolution. It leverages the incredible material quality of Onyx (micro-carbon reinforced nylon) – parts are 20% stronger and 40% stiffer than ABS plastic.
And, despite its large build volume of 12.9” x 9.84” x 7.87”, the footprint is relatively small.
Unique, adaptive bed leveling, is achieved using laser scan data to deliver exceptional accuracy, reliability and repeatability.
The X3 is upgradeable to the X5 or X7 for an increased range of composite materials.
Application examples: Robotic End-of-Arm Tools (EOAT), Soft Jaws, Welding Fixtures, CMM Fixtures, Assembly Jigs
For load-bearing applications that require real strength, X5 printed parts make the grade. Engineered and built to survive the production floor environment, this 3D printer effortlessly producing the tools you need to keep your line running.
Replace mission critical machined aluminum with fiberglass composite parts at 1/20th the cost. Parts are 20x stronger and 10x stiffer than ABS. The exterior shell leverages the incredible material quality of Onyx (micro-carbon reinforced nylon); resistant to a wide variety of shop chemicals.
The Markforged X5 features the unique dual nozzle print system to weave a strand of Continuous Fiberglass throughout a part to make it as strong as metal.
The X5 is upgradeable to the X7 for an increased range of composite materials and in-process laser inspection.
Outperform aluminum with Continuous Carbon Fiber parts. Stronger than 6061 Aluminum and 40% lighter, these parts are perfect for manufacturing equipment, jaws, tooling, and end-use parts.
50x faster and 20x cheaper than traditional tooling; reduce lead time and cost on end effectors by printing on-site same day tooling. Print new tools and functional replacements for old parts. On-average, Markforged 3D Printers pay for themselves in 1 – 2 months.
Replace mission critical machined aluminum with composite parts at 1/20th the cost. Parts are 20x stronger and 10x stiffer than ABS; up to 700 MPa flexural stress. The exterior shell leverages the incredible material quality of Onyx (micro-carbon reinforced nylon); resistant to a wide variety of shop chemicals.
The best-in-class, industrial grade platform features a strengthened dual nozzle print system that supports Continuous Carbon Fiber and Kevlar reinforcement.
Unique, adaptive bed leveling, is achieved using laser scan data to deliver exceptional accuracy, reliability and repeatability. In-Process laser inspection scans parts mid-print to ensure dimensional accuracy for the most critical tolerances.
