Ultimaker S5 vs Raise3D Pro2 vs Raise3D Pro3

Technical Specifications Comparison

• Printing Technology 💡

  The fundamental method used by the 3D printer to create objects

  For all*

  • FDM

    FDM printers use melted plastic filament for layered object creation, offering versatility and affordability.

• Build Volume 📏

  Defines the maximum size of objects that can be printed, measured in cubic millimeters or dimensions (length x width x height).

  Ultimaker S5

  • 330 mm³

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  Raise3D Pro2

  • 305 mm³

     Click to see all.

  Raise3D Pro3

  • 300 mm³

     Click to see all.

• Build Volume Type 📈

  Classifies the 3D printer's build volume into categories based on size, ranging from small to extra large.

  Ultimaker S5

  • Large (300-500Mm³)

    300-500mm³ build volume is ideal for printing large objects or multiple items simultaneously. Click to see all.

  Raise3D Pro2

  • Large (300-500Mm³)

    300-500mm³ build volume is ideal for printing large objects or multiple items simultaneously. Click to see all.

  Raise3D Pro3

  • Medium

    Medium build volume offers a balance between size and efficiency for various printing needs. Click to see all.

• Print Resolution 🔎

  Represents the minimum layer height a 3D printer can achieve, measured in micrometers (µm).

  Ultimaker S5

  • 20 µm

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  Raise3D Pro2

  • 10 µm

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  Raise3D Pro3

  • 10 µm

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• Print Resolution Type 🎨

  Categorizes the 3D printer's print resolution capabilities, ranging from ultra-fine to standard.

  Ultimaker S5

  • Ultra-Fine (10-20Μm)

    3D printers capable of extremely fine layer heights between 10-20 microns. Click to see all.

  Raise3D Pro2

  • Ultra-Fine (10-20Μm)

    3D printers capable of extremely fine layer heights between 10-20 microns. Click to see all.

  Raise3D Pro3

  • Ultra-Fine

    3D printers capable of producing extremely detailed prints with ultra-fine layers. Click to see all.

• Printing Materials 🧬

  Lists the types of filaments or materials compatible with the 3D printer.

  For all*

  • PLA

    3D printers designed to work with PLA, a biodegradable and easy-to-use material for various applications
  • ABS

    3D printers optimized for printing with ABS filament.
  • TPU

    3D printers suitable for printing with thermoplastic polyurethane (TPU) for flexible and durable objects

  Ultimaker S5

  • Nylon

    3D printers designed to work with nylon filaments for producing strong and flexible parts Click to see all.
  • PC

    3D printers suitable for printing with polycarbonate (PC) material for tough and heat-resistant objects Click to see all.

  Raise3D Pro2

  • HIPS

    3D printers compatible with High Impact Polystyrene (HIPS) material for creating durable and impact-resistant prints Click to see all.
  • PC

    3D printers suitable for printing with polycarbonate (PC) material for tough and heat-resistant objects Click to see all.
  • TPE

    3D printers capable of printing with thermoplastic elastomer (TPE) for flexible and rubber-like parts Click to see all.
  • PETG

    3D printers suitable for printing with PETG material for strong and food-safe objects Click to see all.
  • ASA

    3D printers suitable for printing with ASA filament. Click to see all.
  • PP

    3D printers compatible with polypropylene (PP) material for creating durable and chemical-resistant parts Click to see all.

  Raise3D Pro3

  • PETG

    3D printers suitable for printing with PETG material for strong and food-safe objects Click to see all.
  • Nylon

    3D printers designed to work with nylon filaments for producing strong and flexible parts Click to see all.
  • Carbon Fiber

    3D printers designed to handle carbon fiber-reinforced filaments. Click to see all.