Markforged Mark Two 3D Printer – Gen 2 
Mark Two Features
• Onyx, TPU, PLA Composite Filament
• Fiberglass, Kevlar, Carbon Fiber
• Dual Extruder Printhead
• Parts Strong as 6061-T6 Aluminum
• Strong, Accurate, Beautiful Parts
• Removable Printbed
• Eiger Basic Cloud Slicing Software
• Includes Printer, Drybox, Spare Nozzles, Toolkit
Top Reasons: Markforged Mark Two 3D Printer
Mark Two Review
“I Couldn’t Recommend it More and Trust Me, Your Desktop Will Never Be the Same Without One.”
“…it is an incredibly well engineered machine that has given us 100% success rate with
whatever we’ve thrown at it.”
-Al Dean, Editor, Develop 3D
MARK TWO
The Mark Two combines Markforged’s unique continuous carbon fiber reinforcement with workhorse reliability for the strongest, most versatile parts. It is the only printer in the industry that enables you to go from CAD to beautiful, end-use strong parts in hours.
With your choice of reinforcement and plastics, remove the time, hassle and design iterations and put your parts to use right off the printer engineered with the right material for any job.
| PRINTING | |
| Printing Technology: | Fused Filament Fabrication (FFF)Composite Filament Fabrication (CFF) |
| Material Compatibility: | Carbon Fiber, Fiberglass, Nylon, Onyx, Kevlar |
| Build Size(xyz): | 12.59 x 5.19 x 6.06 Inches (320 x 132 x 154mm) |
| Extruders: | Dual Quick Change |
| Pause/Resume Prints: | Yes |
| Accuracy: | 50 Micron (.002″ xy) – 100 Micron (.004″ z) |
| Layer Resolution: | Nylon: 100, 200 Micron (.004″- .008″) / Kevlar & FiberGlass: 100 Micron (.004″) / Carbon Fiber: 125 Micron (.005″) |
| Min Feature Size (Nylon Only): | 1.6mm |
| Min Detail Size: | 0.8mm |
| Min Wall Thickness (To Add Fiber): | 2.6 – 3.0mm |
| Moving or Interlocking Parts (Clearance between parts): | 0.5mm |
| Overhangs & Supports: | 40+ Degrees Requires Support |
| Nozzle Widths: | Plastic/Nylon = .4mm wide / Fiber = .9mm wide |
| Filament Diameter: | Kevlar & Fiberglass =.34mm / Carbon Fiber = .38mm / Plastic & Nylon =1.75mm |
| MECHANICAL | |
| Printer Dim (L x W x H): | 22.6 x 12.7 x 14.2 Inches (575 x 322 x 360mm) |
| Chassis: | Anodized Aluminum Unibody |
| Build Platform: | Kinematically Coupled |
| Draft Blocking Enclosure: | Yes |
| Printer Weight: | 50lbs |
| Printer Shipping Weight/Dim: | 75lbs, 35 x 25 x 30 Inches |
| SOFTWARE | |
| Software: | Cloud Enabled |
| Supported OS: | Mac OS 10.7 Lion +, Win 7+, Linux* |
| Supported Browser: | Chrome 30+ |
| Supported Files: | .STL |
| Connectivity: | WiFi, Ethernet, USB Drive |
Introducing Onyx
Our Most Advanced Material For High-Performance 3D Printing. Onyx is a Black Nylon
infused with Chopped Carbon Fiber.
233% Tougher
39% Stronger
47% More Heat Resistant
27% Stiffer
ONYX – NO POST PROCESSING Delivers stunning matte black finish without mechanical or chemical finishing.
ONYX – ACCURATE STABLE PARTS Added Micro-Carbon Fiber delivers increased dimensional stability and near 100% print success rate.
ONYX – MARKFORGED ADVANTAGE Onyx can be used alone or further reinforced with Fiberglass, Kevlar & Carbon Fiber.
Carbon Fiber
Carbon fiber has the highest strength to weight as well as the highest thermal conductivity. Perfect for applications requiring the greatest possible stiffness and strength.
HSHT Fiberglass
High Strength, High Temperature (HSHT) Fiberglass is a material uniquely designed for users who need strong parts in higher temperature environments (over 105°C, with a heat deflection point of 140°C).
Fiberglass
Fiberglass is the most cost-effective material. It’s a strong as Carbon Fiber, but 40% as stiff, and 2X the weight. Suited to everyday applications where you need strong parts.
Kevlar
Kevlar has the best abrasion resistance and is our most flexible material. For when you need parts that are durable and resistant to impact.
Higher strength-to-weight than 6061 Aluminum
The Mark Two prints outer contours and curves in engineering nylon and fills each part with close-packed reinforcement in continuous carbon fiber, Kevlar or fiberglass.
The printer actively switches between two nozzles during a print, creating fiber-reinforced plastic parts with a strength-to-weight ratio better than aluminum.
