3Distributed

RepRap Intro - 3D Printer Assembly Project

 

Beta Release Pre-Orders Closed - Please email for next pre-order details

 

  • Print volume - 2000 cm3 up to max 4560 cm3 (190x160x150 mm)
  • Closed Frame Design - Increased rigidity. Draft protection.
  • Simple, Web-browser based 3D File / 3D Printer Management
  • SD card slot (8 GB card included) and USB port
  • 0.4 mm E3D nozzle
  • Twin 1.75mm filament feeds.
  • Layer heights from 0.05 mm
  • Several standard print surfaces included, Buildtak, Acrylic and Glass.
  • Operating Speed of 40-60 mm/s. Theoretical Maximum 200 mm/s.
  • Supported materials - PLA, ABS, PET, HIPS, PVA, Flexible PLA, Laywood, Laybrick, Nylon, Bamboofill, Bronzefill, ASA, T-Glase and Carbon-fiber composite filaments.
  • RepRap Universal Standard Filament Spool friendly. Compatible with all spool sizes
  • Optional: Heated Print Bed + Polymer Resin print surface. No cleaning/adhesive solutions required. 

 

Have fun improving your practical engineering skills in mechanics, electronics, computer science & CAD with the RepRap Intro Assembly project! It's very easy to get going. And everyone's journey to Mastery is unique. The standard model is based on Openbuild's popular V-slot roller system. It has two extruders, and quick-fitting removable magnetic hotend blocks and print-bed plates. The build is quick and simple with a new, modular approach to electronics. There's only 6 cables to plug in. Every step has been thought through to make assembly a fun and educational experience. Add one, more, or all of our modular options and expansions as you wish. Or start designing your own. With user testing and your permission, we might even add them to the next 3D printer release!

 

            Dimensions 400 x 300 x 400 mm Printer with two PLA spools loaded: Print area: varies with choice of printbed. Up to 190x160x150 mm. Box dimensions: varies with upgrades included: N x 420 x 420 x 65 mm.
            Weight Bos weight: 14 Kg
            Layer Resolution Very high: 50 microns High: 100 microns Medium: 200 microns Low: 300 microns
            Print speed Recommended speed: 40-60 mm/s Maximum recommended speed: 80 mm/s
            Electronics Arduino Mega 2560 + Custom Shield: Power source: 220 AC 12 DC 100W 100k NTC thermistors in the extruder Heater cartridge: 30 W, 12 V
            General Mechanics Frame of Lasercut 4mm/6mm acrylic. 20x20 anodised aluminum extrusions. Optional laminated removable PVC assembly instructions. Delrin wheels around roller bearings for the X, Y and Z carriages.  Custom machined aluminium GT2 gears for the X and Y pulleys. Rigid couplings offering appropriate misalignment compensation for all drive transmissions. Adjustable print-bed and hot-end block secured by neodymium magnets (three point mounting - Quick-change system). Parts printed using PLA
            Extruder Mechanics Bowden drive extruder 0.4 mm nozzle, for 1.75 mm filament. E3D Fin heat sink with axial fan. Cooling nozzle for printed objects. E3D hotend.
            Materials PLA, ABS, HIPS, PVA, some soft filaments, among others
            Software Marlin-derived firmware. 3D printer OS host software. Optional Octo-pi alternative.  Permitted files: .gcode Compatible operating systems: Windows XP and later, Mac OS X and later and Linux
            Connectivity SD card reader Type B USB port
            Safety Features LED status indicators
             

             

             

            • Upgrades (coming in May):
            • A range of linear solutions (Tribological bushings, Delrin rollers or precision Igus/MGN linear rail) Choose the price/speed/accuracy tradeoff that is suitable to your budget!
            • Multi-material / colour-switch printing: Up to 16 bowden extruder drive / filament feeds! (Two extruder arrays of 8 extruders, addressing one or more hotend nozzles) Compatible with E3D's hotend range.
            • Lockable door, plexiglass draft hat, filament spool wings. Try lasercutting them at your local FabLab!
            • Free-standing, semi-sealed filament casing (for RepRap universal standard sized spools)

             

            • Upgrades (coming in August):
            • Syringe and peristaltic type paste extruders for food / paste / fluid printing experiments.
            • Product photography CFL/LED based lightbox door (use with webcam for product photos)
            • Auto Estep filament feed calibration (use with standalone host, heated bed and auto parts store for year round, fully autonomous operation)
            • Turntable printbed laser based 3D scanner

               

               

                      3Distributed have spent the last two years R+Ding. Final prototypes have been tested in operation for 12 months now. The result is ready to roll!

                      During development, more than one commonly accepted approach to 3D-printer design was rejected in favor of a new idea. We then took alpha test feedback onboard and improved the design further. The result is fun and easy to assemble, disassemble, customise and create on.

                      The RepRap Intro 3D printer is a modular design that encourages your own, custom arrangement. It features a long tail of upgrades and expansions: like multiple extruders, auto filament Estep calibration, an LED Lightbox (for product photography) and turntable 3D scanner. All this makes for a feature rich 3D machine. It's a technology that matures as you do. And it starts at an accessible, entry level price point. Why not help grow the 'long tail' yourself? New features you design and share will be directly implementable on other RepRap Intros. And your prototyping work will receive full credit.


                      image credits: craine.im [ please also take our survey ]

                       

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