Markforged Mark Two

The Markforged Mark Two is a continuous fiber composite 3D printer that aims to enhance manufacturing operations. According to the vendor, it allows engineers to produce aluminum-strength parts on a desktop scale, potentially generating significant value for their business. This printer is marketed to small to large companies in various industries, including engineering, manufacturing, aerospace, automotive, and consumer packaged goods.

Key Features

Carbon Fiber Strength: According to the vendor, the Mark Two enables users to print Continuous Carbon Fiber reinforced parts on their desktop, offering stiff, strong, and durable alternatives to machined aluminum parts.

Built to Last: The Mark Two features a unibody aluminum chassis and precision-machined components, which, according to the vendor, contribute to its reliable performance over extended print hours.

Precise and Beautiful Parts: The Mark Two utilizes Onyx, a micro carbon fiber filled nylon material, to produce precise parts with a high-quality surface finish, as claimed by the vendor.

Precision-built 3D Printer: The Mark Two is specifically designed to achieve accuracy in 3D printing. The vendor states that it employs a printing process called Continuous Fiber Reinforcement (CFR) and can achieve a Z layer resolution of 100 μm - 200 μm.

Wide Range of Materials: The Mark Two supports various materials, including Onyx, Carbon Fiber, Smooth TPU 95A, Aramid Fiber (Kevlar®), HSHT Fiberglass, Fiberglass, Nylon, and Precise PLA, according to the vendor. Each material offers unique properties suitable for different applications.

User-friendly Software: The Mark Two provides browser-based software for designing parts and managing the printing process. Users can upload their designs and select from a range of Composite Base materials and Continuous Fibers, simplifying the printing process, as claimed by the vendor.

Large Build Volume: With a spacious build volume of 320 mm (width) x 132 mm (depth) x 154 mm (height), the Mark Two offers ample space for printing larger parts or multiple smaller parts in a single print, according to the vendor.

Closed Cell Infill with Continuous Fiber Reinforcement: The Mark Two utilizes a closed cell infill design for internal part geometry, reinforcing the parts with continuous fiber and enhancing their strength and durability, as claimed by the vendor.

Precision Ground Composite Print Bed: The Mark Two features a precision ground composite print bed, which, according to the vendor, ensures optimal printing results by providing proper adhesion and stability during the printing process.