X7

Continuous Fiber Reinforcement for High-Strength Parts

The Markforged X7 uses continuous fiber reinforcement (CFR) to create parts with exceptional strength and stiffness, capable of replacing machined aluminum. For example, it prints in continuous strands of Carbon Fiber, Kevlar, or Fiberglass embedded directly into Onyx, a micro carbon fiber filled nylon base material. This reinforcement approach allows engineers to target load-bearing areas, and increase part strength while reducing material waste. As a result, the strong, lightweight parts hold up under demanding industrial conditions at a fraction of the cost and lead time compared to machined alternatives.

Industrial Composite Printer with Precise Engineering

This industrial composite printer combines precision engineering with intelligent automation to maintain consistency across every build. For example, the laser micrometer scans the print bed and automatically adjusts the nozzle height for a perfect first layer. In addition, advanced sensors monitor extrusion flow and thermal conditions in real time for dimensional stability throughout long print runs. The Markforged X7 is built for production environments because it minimizes manual calibration, reduces downtime, and delivers consistent, high-quality output. As a result, it’s a dependable solution for prototyping and end-use manufacturing.

Engineered Consistency and Long-Term Performance

The Markforged X7 3D printer delivers precision and reliability for demanding production environments. Its advanced calibration system actively maintains tight tolerances across every build, while closed-loop feedback ensures print consistency during continuous operation. In addition, the extrusion hardware handles composite materials without wear to reduce maintenance and keep output steady. These features allow engineers to run high-performance prints with minimal oversight for consistent, repeatable, and accurate results.