Difference between revisions of "The Kraken"
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<gallery> | |||
File:2013-08-17 19.15.54.jpg|The Kraken and his creator Redbeard | |||
File:Kraken2_loop.gif|Kraken printing a kraken | |||
</gallery> | |||
= Zone = | = Zone = | ||
01: [[3D Printing]] | 01: [[3D Printing]] | ||
| Line 13: | Line 14: | ||
== Restrictions == | == Restrictions == | ||
TODO: specify all the restrictions | TODO: specify all the restrictions | ||
* Use only with members-only terminal connected to Kraken | |||
* Use only with members-only terminal connected to | * Use with 1.75mm PLA filament only | ||
* Use with | |||
= About = | = About = | ||
This printer is intended to be a dedicated PLA printer at Freeside. | |||
In | Freeside member Redbeard designed this custom build reprap machine. In 2012, Redbeard taught a series of 3D printing classes/meetups and used the proceeds to donate all the material and hardware to Freeside. The printer was assembled and commissioned by Freeside members. | ||
= Basic Instructions = | = Basic Instructions = | ||
TODO: complete instructions on use | TODO: complete instructions on use | ||
* Log in with your credentials to the attached members-only terminal | |||
* Log in with your credentials to the attached members-only terminal | * Check that the print-bed is square and centered on the platform. The print-bed is currently not attached to the y-carriage platform...it is simply resting on top of the carriage. If the print-bed is found skewed, carefully place it back on the support pads and verify levelness. If the print-bed is found out of level, follow troubleshooting guide listed below. | ||
* | |||
* The only tweaks you should need to make for your prints are layer thickness and infill style/density related. | * The only tweaks you should need to make for your prints are layer thickness and infill style/density related. | ||
* Please do not change the bed level or limit switches. | * Please do not change the bed level or limit switches. | ||
* Turn off machine when done | |||
== Basic Operational Knowledge == | == Basic Operational Knowledge == | ||
* How to home | |||
* How to home it. | |||
* How to load and unload filament (optional, but you'll be stuck with the loaded plastic type and color) | * How to load and unload filament (optional, but you'll be stuck with the loaded plastic type and color) | ||
* How to slice and send a job to it. | |||
* How to abort a failed job. | |||
* How to properly remove a print once it has completed. | |||
== Advanced Operational Knowledge == | == Advanced Operational Knowledge == | ||
* How the | There are some more advanced tasks that not everyone needs to know to | ||
print, but needs to know to troubleshoot: | |||
* How to level a bed | |||
* How to replace the covering on a bed | |||
* How to tighten belts, fix misaligned axises, replace worn out parts, etc. | * How to tighten belts, fix misaligned axises, replace worn out parts, etc. | ||
== Specifications and Detailed Instructions == | == Specifications and Detailed Instructions == | ||
'''This printer is intended to be a dedicated PLA printer''' | '''This printer is intended to be a dedicated PLA printer''' | ||
* [http://en.wikipedia.org/wiki/Polylactic_acid PLA Plastic - Polylactic Acid] or polylactide (PLA) is a thermoplastic aliphatic polyester derived from renewable resources, such as corn starch (in the United States), tapioca roots, chips or starch (mostly in Asia), or sugarcane (in the rest of the world). | * [http://en.wikipedia.org/wiki/Polylactic_acid PLA Plastic - Polylactic Acid] or polylactide (PLA) is a thermoplastic aliphatic polyester derived from renewable resources, such as corn starch (in the United States), tapioca roots, chips or starch (mostly in Asia), or sugarcane (in the rest of the world). | ||
'''General Specs:''' | '''General Specs:''' | ||
* Approx | * Approx Cost: $700 | ||
* Printing | * Printing Size: 200mm x 200mm x 200mm | ||
* Precision: 0.1mm (position/printing) | * Precision: 0.1mm (position/printing) | ||
* Printed Parts: PLA components by Redbeard | * Printed Parts: PLA components by Redbeard | ||
* Non-Printed Parts: Extruded aluminum frame using components from Misumi.com | * Non-Printed Parts: Extruded aluminum frame using components from Misumi.com | ||
| Line 77: | Line 66: | ||
::- bed temp 60°C | ::- bed temp 60°C | ||
* [[Kraken BOM]] Bill Of Materials | * [[Kraken BOM]] Bill Of Materials | ||
= Warnings = | = Warnings = | ||
* Keep loose hair and sleeves away from all moving parts. | * Keep loose hair and sleeves away from all moving parts. | ||
* *****WARNING***** Long/loose hair may become entangled in the z-axis(vertical) threaded rods and all motor pulleys and idlers. | * *****WARNING***** Long/loose hair may become entangled in the z-axis(vertical) threaded rods and all motor pulleys and idlers. | ||
* Kraken Print-bed operating temperature is 60°C | * Kraken Print-bed operating temperature is 60°C (140°F) | ||
* Kraken Print nozzle/extruder operating temperature range is 180- | * Kraken Print nozzle/extruder operating temperature range is 180-220°C (356-428°F) | ||
== Safety == | == Safety == | ||
| Line 101: | Line 81: | ||
:(B) as a critical component in any medical device that supports or sustains human life; and | :(B) as a critical component in any medical device that supports or sustains human life; and | ||
:(C) specifically pregnant women or in any applications designed specifically to promote or interfere with human reproduction. | :(C) specifically pregnant women or in any applications designed specifically to promote or interfere with human reproduction. | ||
Revision as of 12:13, 10 November 2014
- 2013-08-17 19.15.54.jpg
The Kraken and his creator Redbeard
- Kraken2 loop.gif
Kraken printing a kraken
Zone
01: 3D Printing
Owner
- Freeside
Permissions
For general use by members. Treat equipment as if it were your own and put away as or better than you found it.
Restrictions
TODO: specify all the restrictions
- Use only with members-only terminal connected to Kraken
- Use with 1.75mm PLA filament only
About
This printer is intended to be a dedicated PLA printer at Freeside.
Freeside member Redbeard designed this custom build reprap machine. In 2012, Redbeard taught a series of 3D printing classes/meetups and used the proceeds to donate all the material and hardware to Freeside. The printer was assembled and commissioned by Freeside members.
Basic Instructions
TODO: complete instructions on use
- Log in with your credentials to the attached members-only terminal
- Check that the print-bed is square and centered on the platform. The print-bed is currently not attached to the y-carriage platform...it is simply resting on top of the carriage. If the print-bed is found skewed, carefully place it back on the support pads and verify levelness. If the print-bed is found out of level, follow troubleshooting guide listed below.
- The only tweaks you should need to make for your prints are layer thickness and infill style/density related.
- Please do not change the bed level or limit switches.
- Turn off machine when done
Basic Operational Knowledge
- How to home it.
- How to load and unload filament (optional, but you'll be stuck with the loaded plastic type and color)
- How to slice and send a job to it.
- How to abort a failed job.
- How to properly remove a print once it has completed.
Advanced Operational Knowledge
There are some more advanced tasks that not everyone needs to know to print, but needs to know to troubleshoot:
- How to level a bed
- How to replace the covering on a bed
- How to tighten belts, fix misaligned axises, replace worn out parts, etc.
Specifications and Detailed Instructions
This printer is intended to be a dedicated PLA printer
- PLA Plastic - Polylactic Acid or polylactide (PLA) is a thermoplastic aliphatic polyester derived from renewable resources, such as corn starch (in the United States), tapioca roots, chips or starch (mostly in Asia), or sugarcane (in the rest of the world).
General Specs:
- Approx Cost: $700
- Printing Size: 200mm x 200mm x 200mm
- Precision: 0.1mm (position/printing)
- Printed Parts: PLA components by Redbeard
- Non-Printed Parts: Extruded aluminum frame using components from Misumi.com
- Control Card: RAMPS 1.4 with Polulu stepper drivers running Sprinter firmware
- Endstops: Mechanical
- Motors: 5x Kysan-1124090 Nema 17 Stepper Motor with 1.8°/step
- Extruder Nozzle: J-Head Mk V-BV 0.35 for 3mm pla
- - nozzle temp 180-220°C
- Heated Bed: Prusa PCB Heated Bed
- - bed temp 60°C
- Kraken BOM Bill Of Materials
Warnings
- Keep loose hair and sleeves away from all moving parts.
- *****WARNING***** Long/loose hair may become entangled in the z-axis(vertical) threaded rods and all motor pulleys and idlers.
- Kraken Print-bed operating temperature is 60°C (140°F)
- Kraken Print nozzle/extruder operating temperature range is 180-220°C (356-428°F)
Safety
- Keep loose hair and sleeves away from all moving parts.
- Do not touch the printer nozzle/extruder while hot during print cycle.
- PLA Plastic sample MSDS
- PLA is not intended for:
- (A) in any application which is intended for any internal contact with human body fluids or body tissues
- (B) as a critical component in any medical device that supports or sustains human life; and
- (C) specifically pregnant women or in any applications designed specifically to promote or interfere with human reproduction.