MakerBot Tough Precision for METHOD

Product Summary

Durable, Tough Parts, Office-Friendly Printing

A great material for mid-stage prototypes because of its ease of use and office-friendliness.

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MakerBot Tough Special Features

Tough Precision Model Material is a thermoplastic engineered for durable, strong, and dimensionally accurate 3D printed prototypes and fixtures. It has been designed and tested to work perfectly with MakerBot's industrial grade printer, and is shipped in a vacuum-sealed metalised polyester bag to preserve its quality right up until opening. The filament comes wound around a Smart Spool™ that contains all the information that the printer needs, including material type, colour, and remaining amount via an embedded RFID chip that communicates directly to MakerBot Print.

  • 2x the impact strength of ABS for high durability prototypes
  • Ideal for working prototypes and manufacturing aids
  • Significantly less warping and curling than ABS without the need for heated build plates
  • Highly-machinable for a wide range of post-processing techniques
  • More office-friendly than ABS

MakerBot Tough Specifications

  • Printer Compatibility: MakerBot METHOD
  • Material Type: Tough Precision Model Material
  • Spool Type: Smart Spool™
  • Software Compatibility: MakerBot Print
  • Flexural Strength: 63.3MPa
  • Flexural Modulus: 2,364MPa
  • Tensile Strength: 39.3MPa
  • Tensile Modulus: 2,723MPa
  • Elongation: 2.09%
  • Notched IZOD Hinged (Impact): 384J/m
  • Unnotched IZOD Hinged (Impact): 2,550J/m
  • Thermal Properties:
    • Glass Temperature: 60-65°C
    • Melting Temperature: 150-160°C
    • Nozzle Temperature: 215°C'
  • Dimensions & Weight
    • Spool Diameter: 218mm
    • Spool Width: 42mm
    • Material Diameter: 1.75mm
    • Net Weight: 750g
  • Operating Environment: Store MakerBot METHOD Tough Precision Material in the included vacuum-sealed metalised polyester bag to avoid moisture absorption from air and long-term exposure to humidity, which can compromise material quality and performance. Make sure the built-in desiccant is in the spool to absorb any moisture exposure during the material loading process.


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