MakerBot Method Carbon Fibre Edition

Parts Printed in Carbon Fibre

MakerBot Method Carbon Fibre Edition

Produce strong, heat resistant parts ideal for structural and metal replacement applications.

Strength to weight ratio- 10 MPa tensile strength ideal for lightweight applications such as robotics

Engineering grade stiffness- 7600 MPa tensile modulus ideal for structural applications such as brackets and inspection parts.

Heat resistance under load- 184°C HDT ideal for optimal tooling applications

Key Features

Utilise the innovative features of the MakerBot Method to produce high quality and highly accurate carbon fibre manufacturing grade parts in engineering materials.

Heated Build Chamber control the temperature to 60°C to achieve the optimum material properties

Part geometric freedom-  Use Stratasys SR-30 soluble supports to dissolve your part supports in a very mild NaOH solution. Ideal for printing parts with internal cavities without compromising on overall part quality and accuracy

Sealed filament Bays- Keep your engineering material dry to ensure a high print quality, accuracy and reliability.

Dual Performance Extruders-  Perfect for speed and dimensional accuracy, each extruder features a sensor that detects and remotely alerts you when a material is running low or is jammed during the printing process. The 19:1 dual-drive gear ratio keeps material loaded and give reliable material extrusion.