Home Jubilee LDO Orbiter v2 (standard/mirrored)
LDO Orbiter v2 (standard/mirrored)
LDO Orbiter v2 (standard/mirrored)
LDO Orbiter v2 (standard/mirrored)
LDO Orbiter v2 (standard/mirrored)
LDO Orbiter v2 (standard/mirrored)
LDO Orbiter v2 (standard/mirrored)
LDO Orbiter v2 (standard/mirrored)
LDO Orbiter v2 (standard/mirrored)
LDO Orbiter v2 (standard/mirrored)
LDO Orbiter v2 (standard/mirrored)
LDO Orbiter v2 (standard/mirrored)
LDO Orbiter v2 (standard/mirrored)
LDO Orbiter v2 (standard/mirrored)
LDO Orbiter v2 (standard/mirrored)
LDO Orbiter v2 (standard/mirrored)
LDO Orbiter v2 (standard/mirrored)
LDO Orbiter v2 (standard/mirrored)
LDO Orbiter v2 (standard/mirrored)

LDO Orbiter v2 (standard/mirrored)

$39.99 $59.99

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The LDO Orbiter 2 high precision direct drive extruder designed by Dr. Lorincz Rober in cooperation with LDO. The new Orbiter v2.5 is based on the well-known Orbiter v2.0 with a few improvements that extend its extrusion performance even further. Details available here.

Features:

  • Shorter drive gears 11mm vs 15 mm
  • Hardened filament drive gears
  • Weight reduced to 135 grams
  • Smaller, more compact dimensions (11.6% shorter)
  • New motor design offers 40% increase in pushing force in real printing conditions and much improvedin acceleration performance 
  • Flipped drive gears - filament path closer to the extruder center for a more balanced design and perfect fit on delta printers as well
  • Stainless steel filament exit guide with 0.2-0.3mm clearance to drive gears for best TPU printing experience and extreme wear resistance when using abrasive filaments
  • High temperature resistant injected housings, GPA12
  • Machined PEEK secondary drive gear sleeve
  • Tension mechanism with grab screw design (Captive Grab Screw)
  • Mounting screws in line with filament exit path - improving housing stiffness and easier mounting
  • Perfectly aligned filament path
  • New, smaller and better PTFE input coupler
  • Motor position rotated by additional 10 degrees for easier maintenance and assembly
  • Filament sensor add on available for auto load and unload button add on feature
  • Housing/latch manfucatured by injection molding on standard version, MJF on mirrored version.
  • And many more small changes to improve mechanical accuracy and design look 

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Smaller Dimensions/More Compact

  • Reduced the overall size

Filament Path and Mounting Feature

  • Filament path closer to the center to facilitate mounting on delta printers and better mounting
  • Inline mounting screws with the filament exit paths
  • Better housing stiffness and eliminate flexing during high force pushing
  • Improved filament path

Extrusion Performance

  • Optimized the motor design to maximize its torque in the speed range the extruder needs
  • The result is 40% increase of the pushing force in real printing contitions
  • Retraction speed up to 120mm/s
  • Acceleration up to 3000mm/s²

Stainless Steel Filament Exit Guide

  • Improves the extruder lifetime when used with abrasive filaments
  • Gap between the filament guide and filament pushing gears is about 0.2-0.3mm
  • Maximum TPU printing speed - the filament can go only into the hotend, no space to be tangled around the gears

Tensioner Design

  • POM washer and stainless steel spring are retained on the screw when the tensioner is removed
  • Reduces the possibility to lose the washer and spring

Maintenance

  • Motor position rotated by additional 10 degrees for easier maintenance and assembly

Filament Sensor

  • New filament sensor design with filament auto load and unload button
  • Filament entry lit by colored LED

The Orbiter v2.0 was designed by Dr. Lorincz Robert, for more information visit https://orbiterprojects.com/.

Orbiter v2.0 mockup v5.f3z
Orbiter v2.0 mockup v5.step