Top 10 nanovia.tech Competitors

3dxtech.com

Quality and performance 3D Printing Filament and Materials. Shop Carbon Fiber, ESD-Safe, Flame Retardant, PEEK, PEKK, PEI Ultem, Stratasys Compatible, MarkForged ONYX Alternatives and more.

filimprimante3d.fr

PLA-HP Résistance hautes températures Colorfabb 1.75mm noir 750g - Résistance 134°C HDT, Pas de recuit nécessaire, Formulation biosourcée, Fabrication européenne

filamentive.com

3D printer filament brand, Filamentive, becomes the first UK provider to offer a dedicated discount for students and academic staff who are 3D printing.

makerpoint.nl

makerpoint - de beste digital fabrications solutions: 3d printen, 3d scannen, een breed aanbod aan materialen en advies van experts.

3d4makers.com

Facilan™ Ortho Filament Facilan™ Ortho is a high-performance 3D printing filament developed specifically for orthotics applications.  Facilan™ Ortho can also be used in soft braces, corrective braces, shoe soles and other similar applications. We've developed this material in concert with orthotics producers, orthotics fitters and people who wear orthotics in order to develop the perfect filament for 3D printing orthotics.  Facilan™ Ortho is a polyester that is semi-crystalline leading to a clean white final appearance. The density of Facilan™ Ortho is around 1.2kg/cm 3 and it has exceptional mechanical properties. Facilan™ Ortho melts around 60°C which makes it a safe thermoplastic to print. With a glass transition temperature of -60°C the product is extremely flexible and tough. Facilan™ Ortho is a high-quality biodegradable plastic based on a thermoplastic fulfilling compostability according to EN13432. The unique properties of Facilan™ mean that it has excellent adhesion to textiles. This means that 3D printed parts can be combined easily with or bonded to textile inserts, midsoles or other brace or shoe parts.  Due to the low melting point of Facilan™ Ortho, it can be re-shaped after 3D printing with 55 °C water. Facilan™ Ortho Material Properties Density: 1.1 g/cm³ Tensile Strength: 45 MPa Elongation at Yield: 15 % Tensile Modulus: 350 MPa IZOD Impact Strength (notched): 8 kJ/m2 Shore D Hardness: 46 Heat Deflection Temperature (0,45 MPa): 57 °C  Print Settings  Print Temperature: 130°C (130 to 170°C) Bed Temperature: 30-45°C Adhesion: Ultimaker Adhesion sheets, Avery Mailing labels L7567-25, PEI Sheets Print Speed: 10mm/s  (10 - 30 mm/s)  Mass flow: 120 % Fan Speed: 100% Note: Add M302 S120 into the beginning of the g-code to allow cold extrusion, below 170°C Extra: Minimum Layer Time considerably +/- 60 sec minimum, highly dependent of model size and complexity and enabled Lift Head. Support: If PVA or breakaway Support = enabled; Suppor

forward-am.com

Use the filter dropdowns to find the right printing workflow for your Forward AM resins!

dasfilament.de

Hinweis: Durch Umstellung auf unser neues Shopsystem muss das Passwort vor erstmaligem Login über die "Passwort vergessen" Funktion neu vergeben werden.

resione.com

▌Q:All or part of the bottom layer of the prints cannot adhere to the build plate,what should we do? A:Click here to get the answer ▌Q:How to reduce the warpage and shrinkage of the prints? A:Click here to get the answer ▌Q:Difference between low viscosity and high viscosity resins A:Click here to get the answer ▌Q:Why

ninjatek.com

If you have a 3D printing issue, challenge or question, the NinjaTek team of experts is here to help. Reach out to us.