Piper Infinity (Piper 4) - Infinite Z 3D Printer (Metric version or 19mm pipe)

thingiverse

This is a Metric version of Piper Infinity. Use pipes: Frame: 19mm OD 16mm ID Belt: 40mm OD 37mm ID US version is at https://www.thingiverse.com/thing:3711685. [Update 05/09/2020] Added bed-mounting-plate-48inchesbelt.dxf - bed mount for 48 inches long belt. [Update] Added gantry motor mounts for nema 17 and 23 [Update 9/17/2019: fixed frame-3xcorner-left and right parts] It's 45 degrees gantry and belt allow very long prints. Indeed Marlins configuration for Z axis max position should be set to: 999999mm or 1km -1mm. Piper Infinity's unique X carriage design allows the use of standard E3DV6 extruder. Piper Infinity shares main design of the gantry parts with Piper 2 3d printer: https://www.thingiverse.com/thing:3294998 Working Piper Infinity: https://youtu.be/C2brIMrcJVI For more information and assembly instructions visit https://piper3dprinters.com. All parts are positioned in the way they expected to be printed. Some do require supports. Number of parts to print: bed_mount.stl - 6 bed_mount_joint.stl - 6 bed-roller_mount_large.stl - 3 bed-roller_mount_large_bearing.stl - 3 bed-tensioner_roller_insert.stl - 4 bed-tensioner_roller_mount_high.stl - 2 bed-tensioner_roller_mount_low.stl - 2 bed-Z_motor_roller_mount.stl - 1 bed-Zmotor_mount-27-1.stl or bed-Zmotor_mount-5-1.stl - 1 frame-3xcorner-gantry-left.stl - 1 frame-3xcorner-gantry-right.stl - 1 frame-3xcorner-left.stl - 1 frame-3xcorner-middle.stl - 2 frame-3xcorner-right.stl - 1 frame-joint-bracket.stl - 16 gantry-idlers-mount.stl - 2 gantry-idlers-rod-holder.stl - 2 gantry-long-pipe-holder.stl - 2 gantry-motor-mount.stl - 2 gantry-motor-rod-holder.stl - 2 gantry-X-carriage.stl - 2 gantry-X-carriage-belttensioner.stl - 2 gantry-X-carriage-extruder-mount.stl - 1 gantry-X-carriage-wire-holder.stl - 1 gantry-XY-motor-mounts.stl - 2 gantry-Y-carriage.stl - 4 gantry-idlers-bracket.stl - 2 Piper Infinity 250x176.stl - is not to be printed. It is a full printer's assembly to understand location and positions of parts. Join our FaceBook group at https://www.facebook.com/groups/258663638022956/