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Markforged 3D printers print composite-reinforced nylon parts that are as strong as 6061 aluminium. Parts are embedded with carbon fibre, fibreglass or Kevlar strands during the print process to create an end product suitable for industrial use. Discover the Markforged Mark One range below and call us on 01765 540 115 or email web@goprint3d.co.uk if you have any questions, and our team will be happy to help.

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Mark Two

Print with Nylon, Carbon Fibre, Kevlar and High-Temp Fibreglass
  • £11994.00 INC. VAT
  • £9995.00 EX. VAT


  • Strength: 3D prints carbon fibre, Kevlar or fibreglass as well as high-temp fibreglass;
  • Value: Enterprise Edition includes loads of kit to get you started;
  • Volume: The Mark Two has a generous build volume of 320 x 132 x 154 mm;
  • Application: Perfect for engineers, manufacturers and educators.
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Onyx, Carbon Fibre, Fibreglass, Nylon, Kevlar, High Temp. Fibreglass
Layer Height
100 microns (0.1mm)
Build Dimensions
320mm x 132mm x 154mm
Manufacturer SKU
WiFi, USB Stick, Ethernet Cable
Composite Filament Fabrication (CFF) ™
System Requirements
Windows 7+, Mac OS 10.7 Lion+, Linux
Eiger (browser based)
575mm x 322mm x 360mm
Weight (KG)
Power Requirements
100–240V 150W


Introducing The Mark Two.
The Mark Two is a 3D printer for serious engineering and manufacturing applications. This is the first 3D printer in the world capable of printing composite materials with a heat deflection temperature of 140°C. So in addition to being able to reinforce nylon parts with continuous strands of carbon fibre, Kevlar and regular fibreglass, you can now reinforce parts with high-temperature materials like polycarbonate.

Markforged Desktop Series Print Farm

The printer is managed online through MarkForged’s home-grown software Eigar. This browser-based software is easy to use and extremely intuitive. It also automatically reinforces parts with fibre to maximise strength.

Eiger Software Brake Lever

The Mark Two offers limitless possibilities.
Whether you are an engineer operating in aerospace, aviation, automotive, biotechnology, construction, marine or transport, or a manufacturer producing high-strength end-use parts and prototypes, the Mark Two is the 3D printer you’ve been waiting for. Parts that are reinforced with composite are as strong as 6061 aluminium and the Mark Two can reinforce features 15x smaller than the Mark One, boosting its applications considerably.

Comparative Strengths Graph

Accuracy and detail are also key features of the Mark Two. MarkForged wanted to create a true upgrade over the Mark One, and that’s why the new model has a refined extrusion process and the capability to automatically strengthen parts where they need it most. Furthermore, the print process can be paused at any time, so that electrical components can be manually inserted into the part. How cool is that?

What People Say

“The carbon-fibre inlay CFF technology the Markforged machines are using is awesome, it’s an absolute game-changer for functional 3D prints”
Tom Sanladerer, All3DP

“What really makes this machine unique is the fibre capability [but] purely focussing on that would do this machine a disservice ”
Al Dean, Develop3D

What's in the box?

800 cm³ Onyx
50 cm³ Fibreglass
100 cm³ Carbon Fibre
50 cm³ Kevlar®
50 cm³ HSHT Fiberglass
1 x Pelican case dry box
1 x Markforged True Bed Print Bed
3 x CFF Nozzles
3 x FFF Nozzles



When Markforged launched the first ever 3D printer capable of printing carbon fibre, fibreglass and Kevlar back in 2014, the engineering space took notice. Never before had there been a way to print parts with the strength of 6061 aluminium. Fast-forward to today, and Markforged have brought us an even better machine than the Mark One in the Mark Two, which has the potential to transform your manufacturing processes overnight.

There are actually three versions of the Mark Two to choose from - the Standard (can print nylon, fibreglass and carbon fibre), the Professional (can print nylon, fibreglass, carbon fibre and Kevlar) and the Enterprise (can print nylon, fibreglass, carbon fibre, Kevlar and high-temp fibreglass). Markforged 3D printers boast two extruders; one dedicated to printing the core filament, nylon, and the other dedicated to printing composites.

Nylon parts are embedded with continuous strands of fibre reinforcement during the print process, and there’s a composite for virtually any application; carbon fibre has the highest strength-to-weight ratio and the highest thermal conductivity, Kevlar has the best abrasion resistance and highest impact resistance while fibreglass and high-temp fibreglass has the best strength-to-cost ratio. We have seen engineers replace their CNC and milling operations with Markforged 3D printers overnight. It is now possible to 3D print parts with the strength and resilience of aluminium - and all at a low cost too, thanks to Markforged.