Difference between revisions of "30M"

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== History ==
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The System 30M v2 is our leading enclosed, benchtop model.
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This is our enclosed benchtop model.
 
  
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* The System was introduced during our KickStarter campaign, and came with a 23" tall enclosure.
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[[File:S30M.jpg|600px]]
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* The System 30 was an improvement made while fulfilling our KickStarter obligations, and came with a larger (30" tall) enclosure.
 
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* The System 30M was introduced in 2013, and came with a change to all metric fasteners and custom extrusions, and a single (vs double) front door.
 
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* The System 30M v2 was introduced in 2021, and comes with better motors with closed-loop feedback and quieter operation.
 
  
 
== Technical Data ==
 
== Technical Data ==
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=== Temperature ===
 
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* The [[HotBed]] can be heated to any temperature up to 90°C.
 
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* The enclosure may be heated to 55°C if desired.
 
  
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=== Resolution ===
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Technical specifications and accessory compatibility for printers currently shipping are detailed in the comparison chart on the '''[[Printer Overview]]''' page.
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Our positional resolution is better than five microns in the X and Y (.0002”, or 2/10 of a mil or .2 mils), and better than half a micron in the Z (.0002”, or 2/100 of a mil or .02 mils)
 
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=== Accuracy ===
 
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Our positional accuracy is +/- 50 microns in the X and Y over an 8” travel area And +/- 20 microns in the Z over an 8” travel area
 
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=== Repeatability ===
 
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Our positional repeatability is about 25 microns in the X and Y (.001”, or 1 mil) And about 10 microns in the Z (.0004”, or 4/10 of a mil or 0.4 mils)
 
  
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=== Layer Height ===
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== History ==
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We have successfully printed in ABS with a 25µm (.025mm) layer height, but this is very time consuming. 
 
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* We normally use a 200µm (.2mm) layer height with the .5mm nozzle for filaments.
 
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* We normally use a 500 µm (.5mm) layer height with the #14 (1.6mm) Luer Needle for emulsifiables, liquids, and gels.
 
  
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=== Print Speed===
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All improvements introduced were implemented to the existing line, obsoleting previous versions (with no price increases):
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The best print speed manageable (without sacrificing quality) is variable, and depends not only on the material being used and layer height, but also on how much mass is being moved in the X and Y. With Repetrel v3.0 and above, we normally print at up to 50mm/sec or 3000mm/min; earlier versions should not exceed 30mm/sec or 1800mm/min, as this is what the accel/decel rates are tuned for.
 
  
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Please note that clays and gels often perform better at slower speeds.
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* The System was introduced during our 2012 Kickstarter campaign, and came with a 23" tall enclosure.  
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** After introduction of the System 30, the retronym of System 23 was applied to the original System model.
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=== Build Volume ===
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* The System 30 was an improvement made while fulfilling our Kickstarter obligations, and came with a larger (30" tall) enclosure.
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Systems have a build volume of just over 200 x 200 x 200 mm.
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* The System 30M was introduced in 2013, and came with a change to all metric fasteners and custom extrusions, and a single (vs double) front door.
 +
* The System 30M v2 began shipping in January 2021, equipped with CANBUS motors with closed-loop feedback and quieter operation.
 +
* As of June 2021, all units are CE marked.
 +
* As of 2023, all units ship with MKS motor drivers.
  
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=== Form Factor ===
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== Internals ==
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See chart above; dimensions include the top-loading (System-23) or side-loading (System-30) filament areas.
 
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=== Adjustments ===   
 
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* Speed of travel (at slicing or in g-code editor)
 
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* Layer thickness (at slicing)
 
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* Volume of flow per unit distance (at slicing or in g-code editor)
 
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* Extruder temperature (at slicing, in g-code editor, or manually during build) (MK-1, VOL-25)
 
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* Cooling Fan speed (at slicing, in g-code editor, or manually during build (MK-1, QS-1)
 
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* HotBed Temperature (at slicing, in g-code editor, or manually during build)
 
  
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''Or, is tabular better?''
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Here is an explanation of the internal electronics of the Hydra 21. '''Click any images for larger versions.'''
  
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{| border="1" class="wikitable"
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{| border="1" class="wikitable" style="text-align: center"
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|+ Adjustments
 
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! Metric
 
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! Units
 
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! During Slicing
 
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! In G-Code Editor
 
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! GUI During Build
 
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|-
 
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! Speed of Travel
 
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| mm/min || yes || yes || no
 
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|-
 
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! Layer Thickness
 
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| mm || yes || no || no
 
 
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|-
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! Flow Rate
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! Internal Circuitry
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| nL/sec || yes || yes || yes
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! Tablet Interface Board<br>DC and Controls
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! Spine Board<br>DC and Controls on Older Models
 
|-
 
|-
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! Extruder Temperature
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! Current, 2023+
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| °C || yes || yes || yes
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| <gallery>File:30m_tib_2024.jpg</gallery>
 +
| <gallery>File:Spine_2024.jpg</gallery>
 
|-
 
|-
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! Fan Speed
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! Current, Detailed
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| % of max || yes || yes || yes
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| <gallery>File:TIB_noted_2024.jpg</gallery>
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| ''The current spine board only passes <br> current and signals between the <br> TIB and the Yoke and X-Arm.''
 
|-
 
|-
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! HotBed
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! Older, Detailed
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| °C || yes || yes || yes
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| <gallery>File:30M_ESR_TIB_2021.png</gallery>
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| <gallery>File:Spine_orig.jpg</gallery>
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|  
 
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Latest revision as of 15:18, 14 February 2025

The System 30M v2 is our leading enclosed, benchtop model.

S30M.jpg

Technical Data

Technical specifications and accessory compatibility for printers currently shipping are detailed in the comparison chart on the Printer Overview page.

History

All improvements introduced were implemented to the existing line, obsoleting previous versions (with no price increases):

  • The System was introduced during our 2012 Kickstarter campaign, and came with a 23" tall enclosure.
    • After introduction of the System 30, the retronym of System 23 was applied to the original System model.
  • The System 30 was an improvement made while fulfilling our Kickstarter obligations, and came with a larger (30" tall) enclosure.
  • The System 30M was introduced in 2013, and came with a change to all metric fasteners and custom extrusions, and a single (vs double) front door.
  • The System 30M v2 began shipping in January 2021, equipped with CANBUS motors with closed-loop feedback and quieter operation.
  • As of June 2021, all units are CE marked.
  • As of 2023, all units ship with MKS motor drivers.

Internals

Here is an explanation of the internal electronics of the Hydra 21. Click any images for larger versions.

Internal Circuitry Tablet Interface Board
DC and Controls 		Spine Board
DC and Controls on Older Models
Current, 2023+
  • 30m tib 2024.jpg
  • Spine 2024.jpg
Current, Detailed
  • TIB noted 2024.jpg
 The current spine board only passes
current and signals between the
TIB and the Yoke and X-Arm.
Older, Detailed
  • 30M ESR TIB 2021.png
  • Spine orig.jpg
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