BEDROCK 3D ABS-0109b075 ABS Red 2.85 mm 750 g Filament ABS plastic 2.85 mm 750 g Red 1 pc(s)
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1
1 KG = € 40.32
€ 30.24
3
1 KG = € 38.75
€ 29.06
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Total (1 kg = € 40.32)
€ 30.24
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Only 2 Piece(s) available
Highlights & Details
Bedroom 3D ABS Red 2.85 mm 750 g
- Special features:
- High impact strength and excellent heat shape resistance up to 96 °C.
- Resistant to chemicals, oils, grease and solvents
- Durable and dimensionally stable even under continuous load
- Simple finishing by grinding, painting or acetone-smoothing
- Compatible with open 3D printing systems such as Bambu Lab, Ultimaker and Prusa
Technical specifications
- Product type
Filament
- Filament material
ABS plastic
- Filament Ø
2.85 mm
- Filament colour
Red
- Weight
750 g
- Content
1 pc(s)
Documents & Downloads
User & Safety Instructions
User & Safety Instructions 3644411 BEDROCK 3D ABS-0109b075 ABS Red 2.85 mm 750 g Filament ABS plastic 2.85 mm 750 g Red 1 pc(s)
Description
DROCK 3D ABS - Robustness and durability for functional applications
High-performance filament for technical components.
DROCK 3D ABS (Acrylonitrile butadiene styrene) is a high-performance technical filament that is just as impressive in professional 3D printing environments as in ambitious makers. It combines excellent impact resistance, high heat resistance and chemical stability – Ideal for mechanically stressed components, functional prototypes, housings and assembly equipment. With a heat shape resistance of up to 96 °C and an excellent dimensional stability, each pressure part remains reliably stable even under load.
Beddrom 3D: The brand behind the material
BEDPRINT 3D stands for over 13 years of experience in industrial 3D printing - born from the roots of Innofil3D, BASF and Forward AM. Today the experienced team returns to its origins: Independently, focused and with the same passion for quality.
Under the new name, MBED 3D, the well-known Ultrafuse filaments are being continued with the aim of providing professional printing materials with the highest dimensional accuracy, reliability and consistency.
Courage enough to start again. Ground-standing enough to deliver.
Resistant, durable and resilient
The material is known for its high resistance to wear, chemicals and aging. THE perfect choice for functional components that remain in use over long periods of time - for example in technical devices, manufacturing facilities or test setups. Thanks to its robust material structure, printed parts retain their shape and function even in demanding environments.
Compatible with open 3D printing systems
MOCK 3D ABS is compatible with a wide range of FFF printers, including Bambu Lab, Ultimaker and Prusa systems. Optimised print profiles ensure stable extrusion, clean surfaces and reproducible results. For optimal adhesion and minimal warping, the hot bed (90 - 110 °C) and the heated kit are either closed or tempered.
Simple post-processing
The material can be processed further after printing - whether by grinding, painting or chemical smoothing with acetone. This gives rise to smooth, dense surfaces with a professional finish – Ideal for visible components or serial functional models.
Material highlights
High impact strength and resistance to wear
Stable at temperatures up to 96 °C.
Chemically resistant to oils, fats and solvents
Long-life and dimensionally stable at continuous load
Ideal for functional prototypes and end parts
Supports post-processing by grinding, painting or acetone-smoothing
Typical applications
Functional prototypes and technical components
Mechanically stressed components
Devices and brackets
Housing, covers and connectors
Test teaching and assembly help
Components in the chemical environment
This text is machine translated.
High-performance filament for technical components.
DROCK 3D ABS (Acrylonitrile butadiene styrene) is a high-performance technical filament that is just as impressive in professional 3D printing environments as in ambitious makers. It combines excellent impact resistance, high heat resistance and chemical stability – Ideal for mechanically stressed components, functional prototypes, housings and assembly equipment. With a heat shape resistance of up to 96 °C and an excellent dimensional stability, each pressure part remains reliably stable even under load.
Beddrom 3D: The brand behind the material
BEDPRINT 3D stands for over 13 years of experience in industrial 3D printing - born from the roots of Innofil3D, BASF and Forward AM. Today the experienced team returns to its origins: Independently, focused and with the same passion for quality.
Under the new name, MBED 3D, the well-known Ultrafuse filaments are being continued with the aim of providing professional printing materials with the highest dimensional accuracy, reliability and consistency.
Courage enough to start again. Ground-standing enough to deliver.
Resistant, durable and resilient
The material is known for its high resistance to wear, chemicals and aging. THE perfect choice for functional components that remain in use over long periods of time - for example in technical devices, manufacturing facilities or test setups. Thanks to its robust material structure, printed parts retain their shape and function even in demanding environments.
Compatible with open 3D printing systems
MOCK 3D ABS is compatible with a wide range of FFF printers, including Bambu Lab, Ultimaker and Prusa systems. Optimised print profiles ensure stable extrusion, clean surfaces and reproducible results. For optimal adhesion and minimal warping, the hot bed (90 - 110 °C) and the heated kit are either closed or tempered.
Simple post-processing
The material can be processed further after printing - whether by grinding, painting or chemical smoothing with acetone. This gives rise to smooth, dense surfaces with a professional finish – Ideal for visible components or serial functional models.
Material highlights
High impact strength and resistance to wear
Stable at temperatures up to 96 °C.
Chemically resistant to oils, fats and solvents
Long-life and dimensionally stable at continuous load
Ideal for functional prototypes and end parts
Supports post-processing by grinding, painting or acetone-smoothing
Typical applications
Functional prototypes and technical components
Mechanically stressed components
Devices and brackets
Housing, covers and connectors
Test teaching and assembly help
Components in the chemical environment
This text is machine translated.