Dissolves completely and without residues in water
Resolution up to 2x faster than conventional PVA
High print stability for long jobs and clean separating layers
Universal compatibility with PLA, PETG, ABS, ASA, PA and CF materials (system-dependent)
Ideal for multi-material and Dual extruder prints
Chemical-free reprocessing - water bath is sufficient
Allows precise supports for complex geometries and hollow structures
Technical specifications
Product type
Filament
Filament material
BVOH
Filament Ø
1.75 mm
Filament colour
Ecru
Weight
350 g
Content
1 pc(s)
Documents & Downloads
User & Safety Instructions
User & Safety Instructions 3644537 BEDROCK 3D BVOH-3021a035 BVOH 1.75 mm 350 g Filament BVOH 1.75 mm 350 g Ecru 1 pc(s)
Description
DISCOCK 3D BVOH - Water-soluble support material for complex geometries Precise support structures for demanding 3D printing projects.
DROCK 3D BVOH (Butenediol Vinyl Alcohol Copolymer) is the ideal support material for highly complex components with overhangs, cavities and filigree structures. It dissolves completely and without residues in water - completely without chemicals or manual post-processing. This allows even complicated geometries to be achieved accurately and cleanly.
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.
Efficient solubility and high pressure stability As compared to conventional PVA, DROCK 3D BVOH dissolves up to twice as quickly - WAS significantly reduces the wrap-up time. At the same time, the material remains stable during printing and ensures a reliable support function - even during long or several hours of printing. This ensures clean surfaces and prevents damage to sensitive structures when removing the supports.
Universal compatibility with common materials THE DROCK 3D BVOH is compatible with a wide range of technical and standard filaments, including PLA, PETG, ABS, ASA, PA and CF-reinforced materials (depending on the system). This makes it ideal for multi-material prints, in which support structures and functional parts are produced simultaneously. A detailed compatibility overview is available in the download area
For precise, functional and professional applications Thanks to high resolution and clean separating layer, BVOH Ideal is suitable for functional prototypes, design models or assemblies with complex interior structures. After printing, a water bath is sufficient - the support dissolves completely and leaves a perfectly clean component.
Material highlights Water soluble - easy removal of the support structures Dissolves up to 2× faster than conventional PVA Compatible with a variety of printing materials Ideal for multi-material and Dual extruder systems Leaves smooth surfaces without residues Chemical-free reprocessing
Typical applications Components with overhangs and cavities Complex geometries with hard-to-reach areas Multi-material printing Functional prototypes and technical models Design and presentation objects
This text is machine translated.
Description
DISCOCK 3D BVOH - Water-soluble support material for complex geometries Precise support structures for demanding 3D printing projects.
DROCK 3D BVOH (Butenediol Vinyl Alcohol Copolymer) is the ideal support material for highly complex components with overhangs, cavities and filigree structures. It dissolves completely and without residues in water - completely without chemicals or manual post-processing. This allows even complicated geometries to be achieved accurately and cleanly.
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.
Efficient solubility and high pressure stability As compared to conventional PVA, DROCK 3D BVOH dissolves up to twice as quickly - WAS significantly reduces the wrap-up time. At the same time, the material remains stable during printing and ensures a reliable support function - even during long or several hours of printing. This ensures clean surfaces and prevents damage to sensitive structures when removing the supports.
Universal compatibility with common materials THE DROCK 3D BVOH is compatible with a wide range of technical and standard filaments, including PLA, PETG, ABS, ASA, PA and CF-reinforced materials (depending on the system). This makes it ideal for multi-material prints, in which support structures and functional parts are produced simultaneously. A detailed compatibility overview is available in the download area
For precise, functional and professional applications Thanks to high resolution and clean separating layer, BVOH Ideal is suitable for functional prototypes, design models or assemblies with complex interior structures. After printing, a water bath is sufficient - the support dissolves completely and leaves a perfectly clean component.
Material highlights Water soluble - easy removal of the support structures Dissolves up to 2× faster than conventional PVA Compatible with a variety of printing materials Ideal for multi-material and Dual extruder systems Leaves smooth surfaces without residues Chemical-free reprocessing
Typical applications Components with overhangs and cavities Complex geometries with hard-to-reach areas Multi-material printing Functional prototypes and technical models Design and presentation objects
This text is machine translated.
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