Biomaterials · Scaffolds and Bioinks
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Biomaterials · Scaffolds and Bioinks Living Tissues Technologies

Index BIOINKS READY FOR YOUR APPLICATION PLA - REGEMAT3D . . . . . . . . . . . . . . . . . . . PCL - REGEMAT3D . . . . . . . . . . . . . . . . . . . CUSTOM - REGEMAT3D . . . . . . . . . . . . . . . . . FILAMENT ABS MEDICAL (BIOCOMPATIBLE) - REGEMAT3D . FILAMENT PETG – REGEMAT3D . . . . . . . . . . . . . FILAMENT FLEX (FLEXIBLE) REGEMAT3D . . . . . . . . . FILAMENT PVA (WATER-SOLUBLE) REGEMAT3D . . . . . . FILAMENT PP (POLYPROPYLENE) REGEMAT3D. . . . . . . BIORESORBABLE 3D PRINTING FILAMENTS . . . . . . . . FILAMENT (iN RODS) . . . . . . . . . . . . . . . . . . 2 NOVEL SYNTHETIC BIOINKS...

i| COLOUR: Multiple Colours J ■ J ■ ■ ■ 1. Insert the filament into the 3D Bioprinter FDM extruder. 2. Heat up at the reference temperature and drive the T3 stepper motor to start the filament flow. 3. Once the printing is finished, keep the filament in the spool inside the bag, in a dry place. Storage conditions: • Keep in a dry place • Protect from direct sunlight • Store between 10°C - 40°C

Instructions to use: 1. Insert the filament into the 3D Bioprinter FDM extruder. 2. Heat up at the reference temperature and drive the T3 stepper motor to start the filament flow. 3. Once the printing is finished, keep the filament in the spool inside the bag, in a dry place. Storage conditions: · Keep in a dry place · Protect from direct sunlight · Store between 10ºC

custom - REGEMAT3D In REGEMAT we can manufacture thermoplastics for FDM on demand with a wide range of properties and compositions COLOUR: Multiple colours J ■ J ■ ■ J ■ DIAMETER: 1.75mm (+- 0.03mm) QUANTITY: (1000g, 500g, 250g) Also smaller quantities available TEMPERATURE: 50°C-300°C (depending on the final composition) 1. Insert the filament into the 3D Bioprinter FDM extruder. 2. Heat up at the reference temperature and drive the T3 stepper motor to start the filament flow. 3. Once the printing is finished, keep the filament in the spool inside the bag, in a dry place. Storage...

1· THERMOPLASTICS FILAMENT ABS MEDICAL (BIOCOMPATIBLE) - REGEMAT3D High quality filament specially designed for medical applications. This material has the UPS Class VI or ISO 10993-1 certification. This allow you to make components that can be in touch with the human body. AVAILABLE COLOURS: Translucid. DIAMETER: 1.75mm (+- 0.03mm) QUANTITY: (750g) PRINTING TEMPERATURE: 240 ± 10 ºC CHEMICAL NAME: Acrylonitrile Butadiene Styrene Instructions to use: 1. Insert the filament into the 3D Bioprinter FDM extruder. 2. Heat up at the reference temperature and drive the T3 stepper motor to start the...

1· THERMOPLASTICS FILAMENT PETG – REGEMAT3D Copolyester with 91% transparency in its natural state, it is very glass like, with high chemical resistance. Accepted for use with food products (FDA). It is very easy to print, as it has very low shrinkage and requires no warm bed. AVAILABLE COLOURS: Translucid, Black. DIAMETER: 1.75mm (+- 0.03mm) QUANTITY: (750g) PRINTING TEMPERATURE: 235 ± 10 ºC CHEMICAL NAME: Polyethylene Terephthalate Glycol Instructions to use: 1. Insert the filament into the 3D Bioprinter FDM extruder. 2. Heat up at the reference temperature and drive the T3 stepper motor...

filament flex (flexible and biocompatible) REGEMAT3D Thermoplastic elastomer it has a special additive to obtain a filament which allows printing flexible objects, elastic and with a high-quality printing. <8> AVAILABLE COLOURS: Multiple Colours & DIAMETER: 1.75mm (+- 0.03mm) | QUANTITY: (750g) ** PRINTING TEMPERATURE: 225 ± 10 °C CHEMICAL NAME: Poliurethane Instructions to use: 1. Insert the filament into the 3D Bioprinter FDM extruder. 2. Heat up at the reference temperature and drive the T3 stepper motor to start the filament flow. 3. Once the printing is finished, keep the filament in...

<8> AVAILABLE COLOURS: Natural. Filament PVA or polyvinyl alcohol is a water-soluble filament used as support material in 3D printing. It is especially recommended to use for PLA pieces to reach those points where the support structure is complex or inaccessible. Later, it can be removed by putting the piece in water, It is also a biodegradable filament, non-toxic and odorless. DIAMETER: 1.75mm (+- 0.03mm) QUANTITY: (750g & 350g) PRINTING TEMPERATURE: 190 - 210 °C CHEMICAL NAME: PolyVinyl Alcohol SOLUBILITY: Soluble in water Instructions to use: M 1. Insert the filament into the 3D...

1· THERMOPLASTICS FILAMENT PP (POLYPROPYLENE) REGEMAT3D Polypropylene with special additives to improve its adhesion to the printing surface. Very versatile material, transparent, light and flexible. It also has excellent mechanical and chemical resistance making it ideal for industrial applications. AVAILABLE COLOURS: Natural, White, Black. DIAMETER: 1.75mm (+- 0.03mm) QUANTITY: (700g) PRINTING TEMPERATURE: 220 ± 10 ºC CHEMICAL NAME: Polypropylene SOLUBILITY: Soluble in water Instructions to use: 1. Insert the filament into the 3D Bioprinter FDM extruder. 2. Heat up at the reference...

other bioresorbable 3d printing filaments “For personalized, high resolution bioresorbable 3D printed implants” A line of high-quality filaments with tight specifications Ideal for high-resolution printing with Fused Filament Fabrication FFF)/Fused Deposition Modeling (FDM) systems. PLLA, PLGA, PCL, and PDO-based grades are available with tight specifications including a 1.75 mm diameter size and precise processing temperatures for the nozzle, bed and chamber. All Filament grades are provide APPLICATIONS: Orthopedic | cardiovascular | wound healing STERILIZATION: Y-irradiation | e-beam |...

1· THERMOPLASTICS FILAMENT (IN RODS) DIAMETER: 1.75mm (+- 0.05mm) QUANTITY: from 5 g to higher batches Print TEMPERATURE: 150 -170°C • Replace the pastes usually applied for bone regeneration. • Has in vitro validated biodegradation and bioactivity. • Has improved hydrophilic properties, i.e. it could be impregnated in the patientplasma prior to implantation. • Can lead to 100% inorganic part after proper thermal treatment. • Can be sterilized by UV-light FILAMENT- OSS DESCRIPTION Bioac�ve inorganic materials supported by a biodegradable polymer matrix for personalized bone regenera�on...