3D Printers & Accessories

Key features:

• Designed for use with MakerBot Method 3D printer
• For printing high-performance parts
• 125 to 120-degree-F heat deflection
• 3,600 Mpa tensile modulus
• 62 Mpa tensile strength
• ±0.007 inch (0.2mm) finished part dimensional accuracy

Key features:

• Designed for use with MakerBot Method 3D printer
• For printing high-performance parts
• 158-degree-F heat deflection
• 2020 Mpa tensile modulus
• 50 Mpa tensile strength

Key features:

• For use with MakerBot Method X 3D printer
• Compatible with Material Extruder 1XA
• High heat resistance and high impact resistance
• Flame retardant version of PC-ABS
• 60 MPa tensile strength

Key features:

• For use with MakerBot Method X 3D printer
• Provides high-performance functional prototypes
• Weather-resistant material
• 96-degree-C heat deflection
• 2,100 MPa tensile modulus
• 49 MPa tensile strength

Key features:

• Dual performance extruders
• Dry-sealed material bays
• Wi-Fi connectivity and 21 on-board sensors
• Remote monitoring and printing
• 25 compatible CAD file types
• 5-inch full-color capacitive touchscreen
• Over 300000 hours of reliability testing
• Available in black color

Key features:

• For use with MakerBot Method X 3D printer
• Compatible with Material Extruder 1XA
• High heat resistance and high impact resistance
• 37 MPa tensile strength
• Common material used for injection molding purposes

Key features:

• For use with MakerBot Method X 3D printer
• Provides high-performance functional prototypes
• Weather-resistant material
• 96-degree-C heat deflection
• 2,100 MPa tensile modulus
• 49 MPa tensile strength

Key features:

• For use with MakerBot Method and Method X 3D printers
• 154-degree-C heat deflection
• Superior moisture resistance
• 6000 MPa tensile modulus
• 66 MPa tensile strength
• ±0.2mm finished part dimensional accuracy

Key features:

• For use with MakerBot Method and Method X 3D printers
• High abrasion resistance for industrial applications
• 91-degree C heat deflection
• 2200 Mpa tensile modulus
• 66 Mpa tensile strength
• Available in Black

Key features:

• Designed for use with MakerBot Method 3D printer
• For printing high-performance parts
• 158-degree-F heat deflection
• 2020 Mpa tensile modulus
• 50 Mpa tensile strength

Key features:

• Designed for use with MakerBot Method 3D printer
• For printing high-performance parts
• 158-degree-F heat deflection
• 2020 Mpa tensile modulus
• 50 Mpa tensile strength

Key features:

• Designed for use with MakerBot Method 3D printer
• For printing high-performance parts
• 125 to 120-degree-F heat deflection
• 3,600 Mpa tensile modulus
• 62 Mpa tensile strength
• ±0.007 inch (0.2mm) finished part dimensional accuracy

Key features:

• Designed for use with MakerBot Method 3D printer
• For printing high-performance parts
• 125 to 120-degree-F heat deflection
• 3,600 Mpa tensile modulus
• 62 Mpa tensile strength
• ±0.007 inch (0.2mm) finished part dimensional accuracy

Key features:

• Designed for use with MakerBot Method 3D printer
• 1.75mm diameter with 302 to 320-degree-F melting range
• 2x the impact strength of ABS for high durability prototypes
• Ideal for working prototypes and manufacturing aids
• Significantly less warping and curling than ABS
• Suitable for a wide range of post-processing techniques
• Print with confidence

Key features:

• Designed for use with MakerBot Method 3D printer
• Easy usage and removal
• Corn-based and biodegradable
• Net weight of 1.65lb
• Also compatible with extruders
• Available in True Black

Key features:

• Designed for use with MakerBot Method 3D printer
• Easy usage and removal
• Corn-based and biodegradable
• Net weight of 1.65lb
• Also compatible with extruders
• Available in True White

Key features:

• Designed for use with MakerBot Method 3D printer
• 1.75mm diameter with 302 to 320-degree-F melting range
• 2x the impact strength of ABS for high durability prototypes
• Ideal for working prototypes and manufacturing aids
• Significantly less warping and curling than ABS
• Suitable for a wide range of post-processing techniques
• Print with confidence

Key features:

• Designed for use with MakerBot Method 3D printer
• 1.75mm diameter with 302 to 320-degree-F melting range
• 2x the impact strength of ABS for high durability prototypes
• Ideal for working prototypes and manufacturing aids
• Significantly less warping and curling than ABS
• Suitable for a wide range of post-processing techniques
• Print with confidence

Key features:

• Designed for use with MakerBot Method 3D printer
• Water soluble support material for complex parts
• 1.75mm filament diameter

Key features:

• Benefit of printing nylon carbon fiber parts
• Compatible with MakerBot METHOD and METHOD X 3D printers
• Ideal for structural applications and metal replacement parts
• Optimized for high strength and heat resistance
• 110 MPa tensile strength for lightweight applications
• 7600 MPa tensile modulus for structural parts
• 184-degree-C heat deflection temperature under load
• Superior three-dimensional strength and accuracy
• Heated chamber for strong, accurate parts

Key features:

• Designed for use with MakerBot Method X 3D printer
• Production-grade ABS (Acrylonitrile Butadiene Styrene)
• 84-degree-C heat deflection
• 2400 Mpa tensile modulus
• 42 Mpa tensile strength
• ±0.007 inch (0.2mm) printed part dimensional accuracy

Key features:

• Lacquer-based spray
• Improves water-fastness
• Adds UV- and scratch-protection
• Easy to apply and dries quickly
• Doubles the life of the print
• Estimated coverage 60 A4 prints with 2 light coats

Key features:

• 9-pack bundle
• 6 spools of PLA Precision model material
• 3 spools of PVA Precision support material
• Works with METHOD 3D, X, and  X Carbon Fiber 3D printers
• Works with 1A, 1C, LABS GEN 2 Experimental, and 2A Extruders
• PLA has a net weight of 1.65 lb
• PVA has a net weight of 1.0 lb

Key features:

• Fall themed 3D printing filament pack
• Ideal for seasonal projects
• Prints autumn decorations, festive models, etc
• Enhances classroom projects
• Includes six colors