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--- start [2020/09/30 21:06]
richard [Table of contents]
+++ start [2022/03/17 22:19] (current)
richard
@@ Line 1: / Line 1: @@
-====== LabAutoBox Manual ======
+====== Z axis 3D print ======
-|While it is designed to work with the LabBot, this is a controller that can also work with different types of robotic gantries. The box is positioned inside this aluminum extrusion frame that includes modules used for liquid handling 8-channel pipettes. | ** Figure 1. The electronic box and computer is positioned in the aluminum extrusion frame that supports the microfluidics (multichannel syringe, 4-way valves, peristaltic pumps and pressure compensation vessel)** {{:labautobox_overview2.png?100 | LabAutoBox System}}|
+Tried of buying linear rails so designed these z axis rails components that run along an extrusion.
+| {{:bdev:screen_shot_2022-03-07_at_6.47.02_am.png?200|}} | {{:bdev:screen_shot_2022-03-07_at_6.50.52_am.png?200|}} |
-==== LabAutoBox electronics ====
-  - [[https://reprap.org/wiki/Re-ARM|Re-ARM RAMPS]] motion controller for XYZ motion
-  - Microfluidics controller for controlling the wash, dry and pressure compensation pumps (including liquid level sensor)
-  - 4-way valve servo controller
-  - Syringe pump motion controller
-  - RaspberryPi that runs the LabAutoBox user interface
-//
-//
-==== LabAutoBox software ====
-This is a browser-based user interface hosted by the RaspberryPi. The architecture is based on Internet-of-things (IoT) that uses a messaging protocol that streamlines synchronized interfacing with other devices (ie., cameras and other robotics).
-This online technical resource serves as a reference for learning how to work with the LabAutoBox whether it be to control a LabBot or upgrade another liquid handler system or repurpose a 3D printer to do liquid handling.
-==== Table of contents ====
-  * [[https://www.htsresources.com/labautobox_lab_automation_controller.php|LabAutoBox product page]]
-  * [[mechanical_overview|Mechanical overview]]
-  * [[software_overview|Software overview]]
-     * [[Camera_control|Camera control]]
-  * [[pressure_compensation_vessel|Pressure compensation vessel]]
-  * **Examples**
-     * [[removing_air_bubbles_lines|Removing air bubbles from lines]]
-     * [[putting_together_pipette_flushing_macro|Putting together a pipette flushing macro]]
-     * [[washing_pipettes|Washing pipettes]]
-     * [[384_well_positioning|384 well positioning]]
-     * [[Microwell_aspiration|Microwell aspiration]]
-     * [[pipettetip_imaging|Measuring fluorescence in pipette tips]]
+| zbed_smz_components_wider_threadedrod | {{:bdev:screen_shot_2022-03-07_at_7.02.26_am.png?200|}} |  {{ :bdev:zbed_smz_components_wider_threadedrod.stl |}}|
+| motormount_smz | {{:bdev:screen_shot_2022-03-07_at_7.31.13_am.png?200|}} | {{ :bdev:motormount_smz.stl |}} |
+| tslot 2020 for carriage_prototype_zaxis() is 280mm  | {{:bdev:screen_shot_2022-03-07_at_7.42.52_am.png?200|}} |   |
+| carriage_prototype_zaxis_wall | {{:bdev:screen_shot_2022-03-07_at_7.45.51_am.png?200|}} | {{ :bdev:carriage_prototype_zaxis_wall.stl |}} |
+| zcarriage_bearing | {{:bdev:screen_shot_2022-03-07_at_7.51.29_am.png?200|}} | {{ :bdev:zcarriage_bearing.stl |}} |
+| zcarriage_bearing_single | {{:bdev:screen_shot_2022-03-07_at_8.09.23_am.png?200|}} | {{ :bdev:zcarriage_bearing_single.stl |}} |
+| zcarriage_bearing_assy | {{::screen_shot_2022-03-07_at_8.15.47_am.png?200|}} | {{ :zcarriage_bearing_assy.stl |}} |
+| carriage_prototype_zaxis_oneside | {{::screen_shot_2022-03-17_at_3.17.20_pm.png?200|}} | {{ ::carriage_prototype_zaxis_oneside.stl |}} |

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