Compact mode
Ultimaker S5 vs MakerBot Method X vs BCN3D Sigma D25
Table of content
Technical Specifications Comparison
Build Volume 📏
Defines the maximum size of objects that can be printed< measured in cubic millimeters or dimensions (length x width x height).Ultimaker S5MakerBot Method XBCN3D Sigma D25Build Volume Type 📈
Classifies the 3D printer's build volume into categories based on size< ranging from small to extra large.Ultimaker S5MakerBot Method XBCN3D Sigma D25Print Resolution 🔎
Represents the minimum layer height a 3D printer can achieve< measured in micrometers (µm).Ultimaker S5MakerBot Method XBCN3D Sigma D25Print Resolution Type 🎨
Categorizes the 3D printer's print resolution capabilities< ranging from ultra-fine to standard.Ultimaker S5MakerBot Method XBCN3D Sigma D25Printing Materials 🧬
Lists the types of filaments or materials compatible with the 3D printer.For all*- PLA3D printers designed to work with PLA, a biodegradable and easy-to-use material for various applications
- ABS3D printers optimized for printing with ABS filament.
- Nylon3D printers designed to work with nylon filaments for producing strong and flexible parts
Ultimaker S5- TPUUltimaker S5 can print with TPU. 3D printers suitable for printing with thermoplastic polyurethane (TPU) for flexible and durable objects Click to see all.
- PCUltimaker S5 can print with PC. 3D printers suitable for printing with polycarbonate (PC) material for tough and heat-resistant objects Click to see all.
MakerBot Method X- 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.
BCN3D Sigma D25- PETGBCN3D Sigma D25 can print with PETG. 3D printers suitable for printing with PETG material for strong and food-safe objects Click to see all.
- TPUBCN3D Sigma D25 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 printerUltimaker S5MakerBot Method XBCN3D Sigma D25
Facts Comparison
Interesting Fact 🤔
An intriguing or little-known fact about the 3D printer or its developmentUltimaker S5- Has air managers for controlled print environment
MakerBot Method X- Features a patented Circulating Heated Chamber
BCN3D Sigma D25- Features an Independent Dual Extruder (IDEX) system
Sarcastic Fact 😉
A humorous or satirical observation about the 3D printer or its usageUltimaker S5- Costs more than some used cars but prints plastic toys
MakerBot Method X- Probably has a higher IQ than some of its users
BCN3D Sigma D25- Doubles as an expensive space heater in winter
User Experience Comparison
Ease of Use 💻
A score out of 10 indicating how user-friendly and accessible the printer isUltimaker S5MakerBot Method XBCN3D Sigma D25
Value Comparison
Buy It For Life 💰
A score out of 10 indicating the printer's long-term value and durabilityUltimaker S5MakerBot Method XBCN3D Sigma D25
General Information Comparison
Known for ⭐
A unique feature or characteristic that sets this 3D printer apart from othersUltimaker S5- Dual ExtrusionUltimaker S5 is known for Dual Extrusion.
- ReliabilityUltimaker S5 is known for Reliability.
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.
BCN3D Sigma D25- IDEX SystemBCN3D Sigma D25 is known for IDEX System.
- Large Build VolumeBCN3D Sigma D25 is known for Large Build Volume.
Usage Comparison
For whom 👥
Target audience for the 3D printer, indicating the user groups it's best suited forFor all*Ultimaker S5MakerBot Method X- 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.
BCN3D Sigma D25- BusinessesBCN3D Sigma D25 is designed for Businesses. Business-oriented 3D printers offer scalability, reliability, and advanced features to support various commercial applications. Click to see all.
- EngineersBCN3D Sigma D25 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 printerUltimaker S5- Industrial PrototypingUltimaker S5 is primarily used for Industrial Prototyping.
- ProductionUltimaker S5 is primarily used for Production. Production-focused 3D printers excel in high-volume, consistent output, and industrial-grade performance. Click to see all.
- ManufacturingUltimaker S5 is primarily used for Manufacturing. 3D printers designed for production-level output in manufacturing settings 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.
BCN3D Sigma D25- Dual-Color PrintingBCN3D Sigma D25 is primarily used for Dual-Color Printing. Dual-color printing allows for creating objects with two distinct colors in a single print job Click to see all.
- Large PrototypesBCN3D Sigma D25 is primarily used for Large Prototypes.
- Industrial PrototypingBCN3D Sigma D25 is primarily used for Industrial Prototyping.
- Functional PartsBCN3D Sigma D25 is primarily used for Functional Parts. 3D printers capable of producing durable, usable components for practical applications Click to see all.
Features Comparison
Pros 👍
Advantages and positive features of the 3D printerFor all*Ultimaker S5- Dual Extrusion
- Large Build Volume
- Dual Extrusion Capability3D printers with dual extrusion can print two materials or colors simultaneously, enhancing design possibilities. Click to see all.
- Enclosed Build Chamber
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
BCN3D Sigma D25- Independent Dual Extruder3D printers with two separate nozzles for multi-material printing Click to see all.
- Large Build Volume
- Independent Dual Extruder System
Cons 👎
Disadvantages and limitations of the 3D printerFor all*- Expensive
Ultimaker S5MakerBot 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.
BCN3D Sigma D25
Performance Comparison
Print Quality 🎨
A score out of 10 reflecting the overall print quality and resolutionUltimaker S5MakerBot Method XBCN3D Sigma D25Reliability 🔨
A score out of 10 representing the printer's consistency and dependabilityUltimaker S5MakerBot Method XBCN3D Sigma D25
Rating Comparison
Score ⭐
An overall rating out of 10 based on various performance and user satisfaction metricsUltimaker S5MakerBot Method XBCN3D Sigma D25
Alternatives to Ultimaker S5
LulzBot TAZ Workhorse
Known for Hardcored 3D Printing,Open Source,Reliability
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has a higher resolution than Ultimaker S5
Prusa XL
Known for Multi-Material Printing,Large Build Volume
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has a smaller build volume than Ultimaker S5
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has a higher resolution than Ultimaker S5
Original Prusa I3 MK3S+
Known for Reliability,Open-Source
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has a higher resolution than Ultimaker S5
Zortrax M300 Plus
Known for Reliability,Consistency,Enclosed Design
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has a higher resolution than Ultimaker S5