Compact mode
Raise3D Pro2 vs MakerBot Method X vs Formlabs Fuse 1
Table of content
Technical Specifications Comparison
Printing Technology 💡
The fundamental method used by the 3D printer to create objectsRaise3D Pro2MakerBot Method XFormlabs Fuse 1Build Volume 📏
Defines the maximum size of objects that can be printed< measured in cubic millimeters or dimensions (length x width x height).Raise3D Pro2MakerBot Method XFormlabs Fuse 1Build Volume Type 📈
Classifies the 3D printer's build volume into categories based on size< ranging from small to extra large.Raise3D Pro2MakerBot Method XFormlabs Fuse 1Print Resolution 🔎
Represents the minimum layer height a 3D printer can achieve< measured in micrometers (µm).Raise3D Pro2MakerBot Method XFormlabs Fuse 1Print Resolution Type 🎨
Categorizes the 3D printer's print resolution capabilities< ranging from ultra-fine to standard.Raise3D Pro2MakerBot Method XFormlabs Fuse 1Printing Materials 🧬
Lists the types of filaments or materials compatible with the 3D printer.Raise3D Pro2- PLARaise3D Pro2 can print with PLA. 3D printers designed to work with PLA, a biodegradable and easy-to-use material for various applications Click to see all.
- ABSRaise3D Pro2 can print with ABS. 3D printers optimized for printing with ABS filament. Click to see all.
- HIPSRaise3D Pro2 can print with HIPS. 3D printers compatible with High Impact Polystyrene (HIPS) material for creating durable and impact-resistant prints Click to see all.
- PCRaise3D Pro2 can print with PC. 3D printers suitable for printing with polycarbonate (PC) material for tough and heat-resistant objects Click to see all.
- TPURaise3D Pro2 can print with TPU. 3D printers suitable for printing with thermoplastic polyurethane (TPU) for flexible and durable objects Click to see all.
- TPERaise3D Pro2 can print with TPE. 3D printers capable of printing with thermoplastic elastomer (TPE) for flexible and rubber-like parts Click to see all.
- PETGRaise3D Pro2 can print with PETG. 3D printers suitable for printing with PETG material for strong and food-safe objects Click to see all.
- ASARaise3D Pro2 can print with ASA. 3D printers suitable for printing with ASA filament. Click to see all.
- PPRaise3D Pro2 can print with PP. 3D printers compatible with polypropylene (PP) material for creating durable and chemical-resistant parts Click to see all.
MakerBot Method X- PLAMakerBot Method X can print with PLA. 3D printers designed to work with PLA, a biodegradable and easy-to-use material for various applications Click to see all.
- ABSMakerBot Method X can print with ABS. 3D printers optimized for printing with ABS filament. Click to see all.
- NylonMakerBot Method X can print with Nylon. 3D printers designed to work with nylon filaments for producing strong and flexible parts Click to see all.
- PETGMakerBot Method X can print with PETG. 3D printers suitable for printing with PETG material for strong and food-safe objects Click to see all.
- PCMakerBot Method X can print with PC. 3D printers suitable for printing with polycarbonate (PC) material for tough and heat-resistant objects Click to see all.
Formlabs Fuse 1- NylonFormlabs Fuse 1 can print with Nylon. 3D printers designed to work with nylon filaments for producing strong and flexible parts Click to see all.
- TPUFormlabs Fuse 1 can print with TPU. 3D printers suitable for printing with thermoplastic polyurethane (TPU) for flexible and durable objects Click to see all.
Manufacturing Comparison
Made In 🌍
The country of origin or manufacturing location for the 3D printerRaise3D Pro2MakerBot Method XFormlabs Fuse 1
Facts Comparison
Interesting Fact 🤔
An intriguing or little-known fact about the 3D printer or its developmentRaise3D Pro2- Features a resume printing function after power outages
MakerBot Method X- Features a patented Circulating Heated Chamber
Formlabs Fuse 1- Uses a laser to sinter powder into solid objects
Sarcastic Fact 😉
A humorous or satirical observation about the 3D printer or its usageRaise3D Pro2- Costs more than some weddings but produces less drama
MakerBot Method X- Probably has a higher IQ than some of its users
Formlabs Fuse 1- It's like having a sandcastle-building machine except the sand is actually plastic
User Experience Comparison
Ease of Use 💻
A score out of 10 indicating how user-friendly and accessible the printer isRaise3D Pro2MakerBot Method XFormlabs Fuse 1
Value Comparison
Buy It For Life 💰
A score out of 10 indicating the printer's long-term value and durabilityFor all*
General Information Comparison
Known for ⭐
A unique feature or characteristic that sets this 3D printer apart from othersRaise3D Pro2- Dual ExtrusionRaise3D Pro2 is known for Dual Extrusion.
- Large TouchscreenRaise3D Pro2 is known for Large Touchscreen.
MakerBot Method X- Circulating Heated ChamberMakerBot Method X is known for Circulating Heated Chamber.
- Dual ExtrusionMakerBot Method X is known for Dual Extrusion.
- Enclosed Heated ChamberMakerBot Method X is known for Enclosed Heated Chamber.
- PrecisionMakerBot Method X is known for Precision.
Formlabs Fuse 1- Desktop SLS TechnologyFormlabs Fuse 1 is known for Desktop SLS Technology.
Usage Comparison
For whom 👥
Target audience for the 3D printer, indicating the user groups it's best suited forRaise3D Pro2- ProfessionalsRaise3D Pro2 is designed for Professionals. Professional-grade 3D printers offer high precision, advanced features, and reliability for business and industrial use. Click to see all.
- BusinessesRaise3D Pro2 is designed for Businesses. Business-oriented 3D printers offer scalability, reliability, and advanced features to support various commercial applications. Click to see all.
MakerBot Method X- ProfessionalsMakerBot Method X is designed for Professionals. Professional-grade 3D printers offer high precision, advanced features, and reliability for business and industrial use. Click to see all.
- EngineersMakerBot Method X is designed for Engineers. Engineers use 3D printers for prototyping, testing designs, and creating custom tools and parts. Click to see all.
- ProfessionalMakerBot Method X is designed for Professional. Professional 3D printers offer high precision, reliability, and advanced features for commercial and industrial applications. Click to see all.
- EducationalMakerBot Method X is designed for Educational. Educational institutions use 3D printers to enhance learning, teach design principles, and encourage hands-on creativity. Click to see all.
Formlabs Fuse 1- Product DesignersFormlabs Fuse 1 is designed for Product Designers. Product design 3D printers offer precision, material versatility, and prototyping capabilities for creating functional models. Click to see all.
- EngineersFormlabs Fuse 1 is designed for Engineers. Engineers use 3D printers for prototyping, testing designs, and creating custom tools and parts. Click to see all.
Purpose 💻
Primary applications and use cases for the 3D printerRaise3D Pro2- Large-Scale ProductionRaise3D Pro2 is primarily used for Large-Scale Production.
- High PrecisionRaise3D Pro2 is primarily used for High Precision. 3D printers offering exceptional accuracy and fine detail in printed objects Click to see all.
MakerBot Method X- High-Temperature MaterialsMakerBot Method X is primarily used for High-Temperature Materials. 3D printers capable of working with materials that require high printing temperatures Click to see all.
- PrecisionMakerBot Method X is primarily used for Precision.
- Professional PrototypingMakerBot Method X is primarily used for Professional Prototyping. Professional prototyping 3D printers offer high precision, material versatility, and advanced features for creating detailed models. Click to see all.
- Classroom UseMakerBot Method X is primarily used for Classroom Use. 3D printers designed for educational environments, featuring safety measures, ease of use, and durability to withstand frequent student use. Click to see all.
- Industrial-Grade PartsMakerBot Method X is primarily used for Industrial-Grade Parts.
- Functional PrototypesMakerBot Method X is primarily used for Functional Prototypes.
Formlabs Fuse 1- Functional PrototypesFormlabs Fuse 1 is primarily used for Functional Prototypes.
- End-Use PartsFormlabs Fuse 1 is primarily used for End-Use Parts.
Features Comparison
Pros 👍
Advantages and positive features of the 3D printerRaise3D Pro2- Huge Build Volume3D printers with spacious printing capacity for large objects Click to see all.
- Dual Extrusion
- High PrecisionHigh precision ensures accurate dimensions and fine details, crucial for engineering parts or detailed models. Click to see all.
MakerBot Method X- High-Temperature Printing
- Soluble Supports3D printers capable of using dissolvable support materials for creating complex geometries with clean finishes. Click to see all.
- Precision
- Heated Chamber
- Cloud-Connected
- Circulating Heated Chamber
- Dual Extrusion
- High PrecisionHigh precision ensures accurate dimensions and fine details, crucial for engineering parts or detailed models. Click to see all.
Formlabs Fuse 1- High-Detail Nylon Prints
- No Supports Needed
Cons 👎
Disadvantages and limitations of the 3D printerFor all*- Expensive
Raise3D Pro2MakerBot Method X- Very Expensive
- Proprietary MaterialsPrinters restricted to brand-specific consumables, potentially increasing long-term costs Click to see all.
- Limited To Makerbot Materials
- Small Build Volume For The PriceCost-effective 3D printers offering larger than expected build volumes for their price point, providing great value for size-conscious buyers. Click to see all.
Formlabs Fuse 1
Performance Comparison
Print Quality 🎨
A score out of 10 reflecting the overall print quality and resolutionRaise3D Pro2MakerBot Method XFormlabs Fuse 1
Rating Comparison
Score ⭐
An overall rating out of 10 based on various performance and user satisfaction metricsRaise3D Pro2MakerBot Method XFormlabs Fuse 1
Alternatives to Raise3D Pro2
Raise3D Pro3
Known for Dual Extrusion And High Precision
📏
has a smaller build volume than MakerBot Method X
Ultimaker S5 Pro Bundle
Known for Dual Extrusion,Air Filtration,Reliability And Ease Of Use,Large Build Volume
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has a smaller build volume than MakerBot Method X
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produces higher quality prints than MakerBot Method X
🔨
is more reliable than MakerBot Method X
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is more durable than MakerBot Method X
⭐
is rated higher than MakerBot Method X
Ultimaker S5
Known for Dual Extrusion,Reliability
📏
has a smaller build volume than MakerBot Method X
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produces higher quality prints than MakerBot Method X
💻
is easier to use than MakerBot Method X
🔨
is more reliable than MakerBot Method X
💰
is more durable than MakerBot Method X
⭐
is rated higher than MakerBot Method X
Ultimaker S3
Known for Reliability,Dual Extrusion
📏
has a smaller build volume than MakerBot Method X
💻
is easier to use than MakerBot Method X
🔨
is more reliable than MakerBot Method X
💰
is more durable than MakerBot Method X
⭐
is rated higher than MakerBot Method X
Fusion3 F410
Known for Enclosed Chamber
🔨
is more reliable than MakerBot Method X
💰
is more durable than MakerBot Method X
⭐
is rated higher than MakerBot Method X
BCN3D Sigma D25
Known for IDEX System,Large Build Volume
📏
has a smaller build volume than MakerBot Method X
🔎
has a higher resolution than MakerBot Method X
Dremel DigiLab 3D45
Known for HEPA Filter,Brand Reputation,Reliability
🔎
has a higher resolution than MakerBot Method X
💻
is easier to use than MakerBot Method X
🔨
is more reliable than MakerBot Method X
💰
is more durable than MakerBot Method X
Raise3D Pro3 Plus
Known for High Precision,Large Format Printing
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has a smaller build volume than MakerBot Method X
💰
is more durable than MakerBot Method X
⭐
is rated higher than MakerBot Method X
LulzBot TAZ Workhorse
Known for Hardcored 3D Printing,Open Source,Reliability
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has a smaller build volume than MakerBot Method X
🔎
has a higher resolution than MakerBot Method X
🔨
is more reliable than MakerBot Method X
💰
is more durable than MakerBot Method X
Bambu Lab X1 Carbon
Known for Core XY Design,Advanced Features,High-Speed Printing,AI-Powered Features
🔎
has a higher resolution than MakerBot Method X
⭐
is rated higher than MakerBot Method X