This page includes the most expensive 3D Printer Filament, or more specifically all products from the category 3D Printer Filament sorted from the most expensive to the cheapest. This way, the most luxurious pieces can stand out. At the moment, the most expensive product is eSUN ePEEK-Industrial natural 0.25kg, which costs 124.90 € incl. VAT. Check it out, you may like it. Or you’ll get inspired.
539
Results
Filament , filament diameter: 1.75mm with a tolerance of 0.03mm, weight: 0,25kg, print mat temperature: 130°C, recommended print speed: from 40mm/s to 60mm/s
Filament - made from BVOH, filament diameter: 1.75mm with a tolerance of 0.05mm, weight: 0,5kg, print temperature: up to 220°C, print mat temperature: 60°C, recommended print speed: from 40mm/s to 60mm/s
Filament - made from PLA flexible, filament diameter: 1.75mm with a tolerance of 0.03mm, weight: 1,25kg, print temperature: up to 215°C, print mat temperature: 45°C, recommended print speed: from 30mm/s to 150mm/s
Filament - made from ASA, filament diameter: 1.75mm with a tolerance of 0.03mm, weight: 1,25kg, print temperature: up to 240°C, print mat temperature: 60°C, recommended print speed: from 30mm/s to 200mm/s
Filament - made from PLA+, filament diameter: 1.75mm with a tolerance of 0.05mm, weight: 2kg, print temperature: up to 210°C, print mat temperature: 60°C
Filament - made from PETG, filament diameter: 1.75mm with a tolerance of 0.03mm, weight: 0,75kg, print temperature: up to 255°C, print mat temperature: 80°C, recommended print speed: from 30mm/s to 70mm/s
Filament - made from ASA silk, filament diameter: 1.75mm with a tolerance of 0.03mm, weight: 1kg, print temperature: up to 270°C, print mat temperature: 100°C, recommended print speed: from 30mm/s to 200mm/s
Filament - made from TPE, filament diameter: 1.75mm with a tolerance of 0.05mm, weight: 0,5kg, print temperature: up to 240°C, print mat temperature: 60°C, recommended print speed: from 40mm/s to 60mm/s
Filament - made from TPE, filament diameter: 1.75mm with a tolerance of 0.05mm, weight: 0,5kg, print temperature: up to 240°C, print mat temperature: 60°C, recommended print speed: from 40mm/s to 60mm/s
Filament - made of PC (Polycarbonate), filament diameter: 2.85mm, weight: 0,5kg, temperature resistance: 4 - high, print temperature up to 245°C, print mat temperature: 100°C
Filament - made from PLA fluorescent, filament diameter: 1.75mm with a tolerance of 0.03mm, weight: 1kg, print temperature: up to 225°C, print mat temperature: 45°C, recommended print speed: from 30mm/s to 150mm/s
Filament - made from PETG fluorescent, filament diameter: 1.75mm with a tolerance of 0.03mm, weight: 1kg, print temperature: up to 255°C, print mat temperature: 80°C, recommended print speed: from 30mm/s to 120mm/s
Filament - made from PLA carbon, filament diameter: 1.75mm with a tolerance of 0.03mm, weight: 1kg, print temperature: up to 220°C, print mat temperature: 45°C, recommended print speed: from 30mm/s to 150mm/s
Filament - made from PC (Polycarbonate), filament diameter: 1.75mm with a tolerance of 0.05mm, weight: 0,5kg, print temperature: up to 245°C, print mat temperature: 100°C, recommended print speed: from 40mm/s to 60mm/s
Filament - made from PLA, filament diameter: 1.75mm with a tolerance of 0.05mm, weight: 2kg, print temperature: up to 220°C, print mat temperature: 60°C, recommended print speed: from 40mm/s to 60mm/s
Filament - made from PLA, filament diameter: 1.75mm with a tolerance of 0.05mm, weight: 2kg, print temperature: up to 220°C, print mat temperature: 60°C, recommended print speed: from 40mm/s to 60mm/s
Filament - made from PETG, filament diameter: 1.75mm with a tolerance of 0.05mm, weight: 2kg, print temperature: up to 250°C, print mat temperature: 80°C, recommended print speed: from 40mm/s to 60mm/s
Filament - made from PETG, filament diameter: 1.75mm with a tolerance of 0.05mm, weight: 2kg, print temperature: up to 250°C, print mat temperature: 80°C, recommended print speed: from 40mm/s to 60mm/s
Filament - made from PETG, filament diameter: 1.75mm, weight: 3kg, print temperature: up to 250°C, print mat temperature: 90°C
Filament - made from PLA+, filament diameter: 1.75mm with a tolerance of 0.05mm, weight: 3kg, print temperature: up to 210°C, print mat temperature: 60°C
Filament - made from PC (Polycarbonate), filament diameter: 1.75mm with a tolerance of 0.03mm, weight: 1kg, print temperature: up to 290°C, print mat temperature: 130°C, recommended print speed: from 30mm/s to 200mm/s
Filament - made from PC (Polycarbonate), filament diameter: 1.75mm with a tolerance of 0.03mm, weight: 1kg, print temperature: up to 290°C, print mat temperature: 130°C, recommended print speed: from 30mm/s to 200mm/s
Filament - made from PC (Polycarbonate), filament diameter: 1.75mm with a tolerance of 0.03mm, weight: 1kg, print temperature: up to 290°C, print mat temperature: 130°C, recommended print speed: from 30mm/s to 200mm/s
Filament - made from Wood, filament diameter: 1.75mm with a tolerance of 0.03mm, weight: 1kg, print temperature: up to 220°C, print mat temperature: 45°C, recommended print speed: from 30mm/s to 150mm/s
Most expensive 3D Printer Filament
CanonEntdecken Sie das MegaTank System
Das Canon MegaTank System ist für Anwender gedacht, die häufig große Mengen an Dokumenten, Bildern oder Fotos drucken und dabei Tintenkosten sparen wollen. Das MegaTank System umfasst Drucker und Multifunktionsgeräte mit großvolumigen Tintentanks. Diese Geräte haben...
Hardly any 3D printer is able to print from all materials. Some are more universal, for others the choice of filaments is limited. To give you a better idea of the compatibility, we have prepared a clearly structured table with all the information.
If you are thinking about 3D printing but do not know where to start, this article is what you need. We'll guide you through the basics of 3D printing - we'll help you to choose the right printer, make a list of things you need for printing and show you how and where to...
Article3D Printing: Which Filament Should I Choose?
Filaments, materials sold in the form of strings, are the foundation of every 3D printing model. Different materials have different properties, parameters and print differently. Do you know what materials are most commonly used and what each is suitable for?
More articles
