Compatible Filaments
Categories- ASA: 3D printers suitable for printing with ASA filament.
- Acrylic: 3D printers capable of printing with acrylic-based materials.
- Fiberglass: 3D printers capable of handling fiberglass-reinforced filaments.
- Carbon Fiber: 3D printers designed to handle carbon fiber-reinforced filaments.
- ABS: 3D printers optimized for printing with ABS filament.
- Composites: 3D printers capable of printing with various composite filaments.
- Eco-ABS: 3D printers optimized for printing with environmentally friendly Eco-ABS.
- PC: 3D printers suitable for printing with polycarbonate (PC) material for tough and heat-resistant objects
- PEEK: 3D printers designed to work with PEEK, a high-performance thermoplastic for demanding applications
- PEKK: 3D printers capable of printing with PEKK, a high-performance thermoplastic for aerospace and industrial use
- Resin: 3D printers designed for resin-based stereolithography (SLA) or digital light processing (DLP) for high-detail prints
- Wood: 3D printers designed to work with wood-filled materials for creating objects with a wood-like appearance and texture
- Z-ASA Pro: 3D printers suitable for printing with Z-ASA Pro, an advanced ASA material for outdoor-resistant parts
- HIPS: 3D printers compatible with High Impact Polystyrene (HIPS) material for creating durable and impact-resistant prints
- Kevlar: 3D printers capable of printing with Kevlar-reinforced materials for high-strength and heat-resistant parts
- Leather: 3D printers suitable for printing with leather-like filaments to create textured and flexible objects
- PA: 3D printers compatible with polyamide (PA) materials for creating strong and chemically resistant parts
- PETG: 3D printers suitable for printing with PETG material for strong and food-safe objects
- PP: 3D printers compatible with polypropylene (PP) material for creating durable and chemical-resistant parts
- TPU: 3D printers suitable for printing with thermoplastic polyurethane (TPU) for flexible and durable objects
- PAHT CF15: 3D printers capable of printing with PAHT CF15, a carbon fiber reinforced polyamide for high-strength parts
- PEI: 3D printers compatible with polyetherimide (PEI) material for high-temperature resistant parts
- PLA: 3D printers designed to work with PLA, a biodegradable and easy-to-use material for various applications
- Polycarbonate: 3D printers suitable for printing with polycarbonate material for tough and transparent objects
- ULTEM: 3D printers compatible with ULTEM material for high-performance and heat-resistant parts
- Z-GLASS: 3D printers compatible with Z-GLASS, a glass-fiber reinforced material for strong and rigid parts
- Z-PETG: Z-PETG is a modified PETG filament optimized for 3D printing, offering improved strength and durability.
- Z-ULTRAT: Z-ULTRAT is a durable ABS-based filament for 3D printing, known for its strength and impact resistance.
- Flex: 3D printers capable of using flexible filaments for creating bendable and elastic objects
- Nylon: 3D printers designed to work with nylon filaments for producing strong and flexible parts
- TPE: 3D printers capable of printing with thermoplastic elastomer (TPE) for flexible and rubber-like parts
- Wood Fill: 3D printers capable of printing with wood-fill materials for objects with a natural wood-like appearance
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- Pros 👍Large Build Volume For Resin & High Detail PrintsPrinting Technology 💡MSLAMax Price 💲Under 3000Build Volume 📏276 mm³Print Resolution 🔎25 µmCons 👎Requires Post-Processing & Messy Resin HandlingPrint Quality 🎨9Ease of Use 💻7.5Reliability 🔨8.5
- Pros 👍Large Build Volume For Resin & 6K ResolutionPrinting Technology 💡MSLAMax Price 💲Under 1000Build Volume 📏245 mm³Print Resolution 🔎25 µmCons 👎Requires Post-Processing & UV Exposure NeededPrint Quality 🎨9.5Ease of Use 💻8Reliability 🔨8.5
- Pros 👍High-Speed Printing, Excellent Print Quality and User-FriendlyPrinting Technology 💡MSLAMax Price 💲Under 2000Build Volume 📏~Print Resolution 🔎25 µmCons 👎Expensive & Limited Build VolumePrint Quality 🎨9Ease of Use 💻8.5Reliability 🔨8.5
- Pros 👍Consistent Prints, Large Build Volume, Enclosed Design, Enclosed Heated Chamber and Automatic CalibrationPrinting Technology 💡FDMMax Price 💲Under 5000Build Volume 📏300 mm³Print Resolution 🔎90 µmCons 👎Expensive, Limited To Zortrax Materials and Limited To Proprietary MaterialsPrint Quality 🎨8.5Ease of Use 💻8.5Reliability 🔨9
- Pros 👍Large Build Volume For Resin Printer, Ultra-High Resolution and Fast Printing SpeedPrinting Technology 💡MSLAMax Price 💲Under 1000Build Volume 📏~Print Resolution 🔎28 µmCons 👎Requires Post-Processing & Higher Resin CostPrint Quality 🎨9.5Ease of Use 💻8Reliability 🔨8.5
- Pros 👍Independent Dual Extruder, High Precision, Large Build Volume and Independent Dual Extruder SystemPrinting Technology 💡FDMMax Price 💲Under 5000Build Volume 📏420 mm³Print Resolution 🔎50 µmCons 👎Expensive, Steep Learning Curve and Steep Learning Curve For Advanced FeaturesPrint Quality 🎨9Ease of Use 💻7.5Reliability 🔨8.5
- Pros 👍Large Build Volume For Resin, Fast Printing Speed and High DetailPrinting Technology 💡MSLAMax Price 💲Under 2500Build Volume 📏293 mm³Print Resolution 🔎72 µmCons 👎High Price & Heavy And BulkyPrint Quality 🎨9Ease of Use 💻7.5Reliability 🔨8
- Pros 👍Ultra-High Resolution, Fast Printing Speed and Affordable For Its CapabilitiesPrinting Technology 💡MSLAMax Price 💲Under 1000Build Volume 📏165 mm³Print Resolution 🔎22 µmCons 👎Small Build Volume & Limited To Resin PrintingPrint Quality 🎨9.5Ease of Use 💻7.5Reliability 🔨8
- Pros 👍Extremely High Resolution, Large Build Volume, Affordable Price, High-Resolution Prints, Ultra-High Resolution, Large Build Volume For Resin and Fast PrintingPrinting Technology 💡MSLAMax Price 💲Under $1000Build Volume 📏219 mm³Print Resolution 🔎28 µmCons 👎Post-Processing Can Be Messy, Learning Curve For Resin Printing, Requires Ventilation, Post-Processing Needed, Expensive Resin and Post-Processing RequiredPrint Quality 🎨9.8Ease of Use 💻7.5Reliability 🔨8
- Pros 👍Massive Build Volume For Resin, Fast Printing Speed, Cost-Effective For Size, Massive Build Volume For A Resin Printer and High DetailPrinting Technology 💡SLAMax Price 💲Under 2000Build Volume 📏276 mm³Print Resolution 🔎72 µmCons 👎Heavy, Requires Significant Post-Processing, Expensive and Heavy Post-Processing RequiredPrint Quality 🎨9Ease of Use 💻7Reliability 🔨8
- Pros 👍Can Cut And Engrave Various Materials & High PrecisionPrinting Technology 💡Laser CutterMax Price 💲Under $10000Build Volume 📏300 mm³Print Resolution 🔎75 µmCons 👎Expensive & Requires VentilationPrint Quality 🎨9Ease of Use 💻7Reliability 🔨9
- Pros 👍Huge Build Area, Dual Extruders and Industrial-GradePrinting Technology 💡FDMMax Price 💲Under 50000Build Volume 📏1005 mm³Print Resolution 🔎100 µmCons 👎Very Expensive & Requires Large SpacePrint Quality 🎨8Ease of Use 💻7.5Reliability 🔨8.5
- Pros 👍Excellent Detail And Resolution, Fast Printing Speed, Affordable Price, High Resolution, Fast Printing and AffordablePrinting Technology 💡MSLAMax Price 💲Under 500Build Volume 📏~Print Resolution 🔎35 µmCons 👎Small Build Volume, Limited To Resin Printing and Post-Processing RequiredPrint Quality 🎨9.5Ease of Use 💻7.5Reliability 🔨8
- Pros 👍Direct Drive Extruder, Auto Bed Leveling, All-Metal Hotend, Easy To Assemble and Automatic Bed LevelingPrinting Technology 💡FFFMax Price 💲Under $500Build Volume 📏220 mm³Print Resolution 🔎100 µmCons 👎Some Assembly Required, Inconsistent Quality Control, Small Build Volume and Noisy OperationPrint Quality 🎨8.5Ease of Use 💻9Reliability 🔨8
- Pros 👍Enclosed Printing Chamber, Dual Extruder Capability, Sturdy Metal Frame, Large Build Volume, Dual Extruder, Enclosed Design and Enclosed ChamberPrinting Technology 💡FDMMax Price 💲Under 1000Build Volume 📏~Print Resolution 🔎100 µmCons 👎Heavy And Bulky, Limited Community Support, Heavy and Steep Learning CurvePrint Quality 🎨8.5Ease of Use 💻8Reliability 🔨8.5
- Pros 👍Dual Independent Extruders, Enclosed Chamber, Affordable and Sturdy FramePrinting Technology 💡FDMMax Price 💲Under 1000Build Volume 📏200 mm³Print Resolution 🔎100 µmCons 👎Smallish Build Volume, Noisy Operation, Small Build Volume and Outdated UIPrint Quality 🎨8.5Ease of Use 💻8Reliability 🔨8.5
- Pros 👍High Detail Prints, Fast Printing Speed and Compact SizePrinting Technology 💡MSLAMax Price 💲Under 500Build Volume 📏143 mm³Print Resolution 🔎35 µmCons 👎Small Build Volume & Requires Post-ProcessingPrint Quality 🎨9Ease of Use 💻7.5Reliability 🔨8
- Pros 👍Easy To Use, Auto Leveling and Silent OperationPrinting Technology 💡FDMMax Price 💲Under 500Build Volume 📏235 mm³Print Resolution 🔎100 µmCons 👎Limited Build Volume & Basic FeaturesPrint Quality 🎨8Ease of Use 💻9Reliability 🔨8
- Pros 👍High Detail, Affordable and User-FriendlyPrinting Technology 💡MSLAMax Price 💲Under 500Build Volume 📏143 mm³Print Resolution 🔎35 µmCons 👎Small Build Volume & Post-Processing RequiredPrint Quality 🎨8.5Ease of Use 💻8.5Reliability 🔨8
- Pros 👍Auto-Loading Filament System & Wi-Fi ConnectivityPrinting Technology 💡FDMMax Price 💲Under $1500Build Volume 📏210 mm³Print Resolution 🔎50 µmCons 👎Expensive Proprietary Filaments & Limited Build VolumePrint Quality 🎨8Ease of Use 💻9Reliability 🔨8
- Pros 👍High-Detail Prints, Affordable, Compact Size, High-Resolution Prints, Affordable Price and Compact DesignPrinting Technology 💡SLAMax Price 💲Under 500Build Volume 📏129 mm³Print Resolution 🔎50 µmCons 👎Small Build Volume & Post-Processing RequiredPrint Quality 🎨9Ease of Use 💻8Reliability 🔨7.5
- Pros 👍Large Build Volume, Enclosed Chamber and Versatile Material CompatibilityPrinting Technology 💡FDMMax Price 💲Under 1000Build Volume 📏270 mm³Print Resolution 🔎50 µmCons 👎Inconsistent Customer Support & Heavy And BulkyPrint Quality 🎨8Ease of Use 💻8.5Reliability 🔨7.5
- Pros 👍Huge Build Volume, Direct Drive Extruder, Affordable Price, Large Build Volume and Quiet OperationPrinting Technology 💡FDMMax Price 💲Under 500Build Volume 📏300 mm³Print Resolution 🔎100 µmCons 👎Long Heating Time, Requires Large Space, Long Heating Times For Large Prints and Assembly RequiredPrint Quality 🎨8Ease of Use 💻7.5Reliability 🔨8
- Pros 👍Versatile (3D Printing Laser Engraving And CNC Carving), High-Quality Linear Modules, User-Friendly Touchscreen, 3-In-1 Machine (3D Printing CNC Laser), Modular Design, High Precision and 3-In-1 MachinePrinting Technology 💡FDMMax Price 💲Under 1500Build Volume 📏~Print Resolution 🔎50 µmCons 👎Steep Learning Curve, Slower Print Speeds For Complex Models, Expensive For Single Function, Smaller Community, Expensive and Slower Than Dedicated PrintersPrint Quality 🎨8.5Ease of Use 💻7Reliability 🔨8
- Pros 👍Low Cost, Easy To Upgrade, Large Community and Large Community SupportPrinting Technology 💡FDMMax Price 💲Under 500Build Volume 📏220 mm³Print Resolution 🔎100 µmCons 👎Manual Bed Leveling, Limited Build Volume and Noisy OperationPrint Quality 🎨7.8Ease of Use 💻7.5Reliability 🔨8
Facts about Compatible Filaments