Educational 3D Printer for Hands-On STEM Learning

The JellyBOX 4 DIY Kit revolutionizes STEM education with its unique,reusable 3D printer design, specifically tailored for repetitive builds.

  • JellyBOX 4 DIY Kit Contents

    Over 500 components including 3D printer parts, precision laser-cut elements, fasteners, electronics, tools, and a comprehensive guide.

  • Collaborative Building Experience

    Encourages teamwork; suitable for 1 to 3 students per printer.

    Recommended 4 to 6 printers per class, for 4 to 18 students.

  • Minimum Age

    11-12 years (7+ in settings with adult supervision).

    Assembly time: 5 to 7 hours, varies by age and technical skill.

  • Transparent Acrylic Frame

    The JellyBOX 3D printer’s transparent acrylic frame allows students to see all its internal workings, providing a clear view of how 3D printing functions.

  • Build, Learn, Repeat

    The JellyBOX 3D printer's frame, held together by cable ties, can be easily assembled and disassembled.

    This allows students to repeatedly build and rebuild the printer, providing a hands-on learning experience for multiple classes.

  • Educational Impact

    Supports STEM, after-school programs, summer camps, and enrichment programs.

    Promotes practical skills, understanding of 3D printing technology, and peer mentoring.

Discover why JellyBOX stands out as the ultimate 3D printer for your classroom:

Effortless Nozzle Maintenance

With JellyBOX, a clogged nozzle is a one-minute fix, not a class disruption. Quick swap technology means no disassembly, no downtime, and no hassle.

Whisper-Quiet Operation

Keep the focus on learning, not on noise. JellyBOX operates so quietly that multiple printers can run simultaneously without disrupting your lesson.

Accelerated Printing

Capitalize on JellyBOX's robust build and cutting-edge anti-vibration technology to print at speeds up to three times faster than standard 3D printers—transforming hour-long projects into 20-30 minute tasks

Unparalleled Material Versatility

From PLA, PETG to TPU, JellyBOX accepts a diverse range of filaments from any supplier. Embrace the freedom to use any standard spool, regardless of width or diameter.

Safe and Visible Design

The transparent acrylic enclosure ensures students can observe every stage of the printing process without risk, with optional locking for secure, unattended operation.

Seamless Learning with Cross-Platform Compatibility

Seamless Learning with Cross-Platform Compatibility

The JellyBOX curriculum encompasses assembly, slicing, 3D modeling, and printing. Leveraging browser-based, free software, it ensures a consistent experience across various platforms, including Windows, macOS, ChromeOS, and Linux. This eliminates the need for software installation on student devices while fully equipping them with essential 3D printing skills.

Technical Specifications

Feature  Specification
Build Volume 180 x 160 x 150 mm ( 7 x 6.3 x 5.9 inch)
Layer Resolution 50 - 300 microns (for 0.4 mm nozzle)
Nozzle Diameter coming with 0.4 mm nozzle, optional 0.3 mm - 1 mm
Bed Heated, flexible steel with PEI surface, magnetic hold
Bed Leveling Automated, using induction proximity sensor
Max. Nozzle Temperature 280°C. ( 536 F)
Max. Bed Temperature 90°C ( 194 F)
Filament Diameter 1.75 mm
Filament Producer Any, non-proprietary
Filament Spool Width Max. 100 mm
Filament Spool Outside Diameter Min. 140mm, Max. 260 mm, for filaments 0.25 kg  - 5 kg
Print Speed Up to 150mm/s utilizing Input Shaping technology
Printable Materials PLA, PETG, TPU and others except ABS
Printing From SD card, no computer is required for printing
Supported Files Standard GCODE from all known slicers, like KIRI:MOTO, Prusa, Cura, Simplify 3D, etc.
Firmware  IMADE3D clone of the MARLIN 2.X
Machine Weight 9 kg
Machine Size 370 x 370 x 370 mm
Enclosure Closed, from transparent acrylic with lockable doors
Safety Features Nozzle and bed overheat protection
Power AC 110-240V, 50-60Hz output DC 12V / 10A
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