John Stager Log

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Please coordinate between John Log, Leo Log, Tim Log, and Nate Log - all work related to HydraFabber.

Aug 13, 2013:

Task 19, update of Spindle assembly drawing, exploded views and movie

Log:

Spindle-assembly.png = Aug 12, 2013: = == Task 18, Spindle assembly drawing, exploded views and movie == === Log: === [[File:Spindle-assembly.jpg | 300px]] #End Mills for HydraFabber were ordered. BOM.# #Ilan Moyer comments on milling bits used: I don't have good data on this because I usually am milling circuit boards (copper-clad plastic) with a 1/32" or 1/64" end mill at around 10in/min and a depth of 0.006". However I have cut plywood with a 3/32" cutter at around the same speed and a depth of maybe 0.05." You can see that I've only done pretty light milling. A friend of mine has used the same spindle to mill steel, but very slowly with very shallow passes.# = Aug 10, 2013: = == Task 17, Questions posed to IIan Moyer about shaft and coupler mating == === Log: === # What was the solution for mating 6061K107 (Hardened Precision Steel Shaft 1/4" OD, 10" Length) with S51CAYM050050 (1 RIGID COUPLING WITH BoreS OF 5(H7) / 5(H7)MM ON OPPOSITE SIDES )?# # The shaft is larger than coupler bores. Can we assume that the coupler was drilled larger to accommodate the shaft. Verse grinding the shaft down to fit the coupler?# # If the coupler was drilled how precise was the enlargement?# File:Spindle_shaft1.JPG File:Spindle_shaft_2.JPG [[File:Spindledrawing.jpg | 400px]]*[[File:Shaft_and_coupler.png | 400px]] === Solution. === * Corrected BOM to reflect the correction. SDP-SI A 7X 1-08021 1 Shaft, 0.2497"ODx2.125"L $2.63 $2.63 S5147Y-G50-7 1 Shaft Coupler, 0.125" Bore $10.95 $10.95 Other bore sizes avaliable. S5157Y-G50-9 1 Shaft Coupler, 0.125" Bore $10.95 $10.95 ***alternate coupler S5068Y-G50-3 1 Shaft Coupler, 0.125" Bore $8.22 $8.22 ***alternate coupler *[http://sdp-si.com/ss/pdf/79006079.pdf Precision Shaft Couplings]   = Aug 9, 2013: = == Task 16, Researched End mills and also fixed error from McMaster order == === Log: === End mills. I believe 1/8 endmill from onsrud.com can be replaced with Part Number: 0.1250" DIA 2FL SE AlTiN 1/8 from http://www.carbidedepot.com/detail.aspx?ID=180149 Some Information about End Mills (Rotational Cutters) for CNC Machines http://buildyourcnc.com/endmills.aspx http://www.onsrud.com/product/Item/m/search.html;jsessionid=C2D7A43DA07EAB9FDC94384903ACAEE2?q=65-013 Store Front > "65-013" > 65-013 (Series 65-000 ) 1/8" Solid Carbide One Flute Upcut Super O Flute for Plastic, Wood, Aluminum, Solid Surface Series 65-000 Item # 65-013 Available? yes Price $34.90 As of 08/06/2013 19:00 http://www.carbidedepot.com/detail.aspx?ID=180149 Part Number: 0.1250" DIA 2FL SE AlTiN 1/8 Product ID: CU 130051 Sold in packs of: 1 Manufacturer: CARBI-UNIVERSAL Sale Price $13.88 $6.73 (Savings: $7.15) Description: COATED CARBIDE ENDMILL 1/2" LOC - 1-1/2" OAL - 1/8" SHK DIA Availability: CARBIDE DEPOT STOCK ITEM - USUALLY SHIPS SAME DAY http://www.carbidedepot.com/detail.aspx?ID=70452 Part Number: 0.0100" DIA 220M .010 Product ID: GT 11550 Sold in packs of: 1 Manufacturer: GARR TOOL Sale Price $18.89 $16.43 (Savings: $2.46) Description: .010" EM SQ 2FL S/E SMG - 0.03" LOC - 1.5" OAL Availability: USUALLY SHIPS SAME DAY OUT OF MICHIGAN http://www.carbidedepot.com/detail.aspx?ID=180142 Part Number: 0.0156" DIA 2FL SE AlTiN 1/64 Product ID: CU 129974 Sold in packs of: 1 Manufacturer: CARBI-UNIVERSAL Sale Price $30.52 $14.80 (Savings: $15.72) Description: COATED CARBIDE ENDMILL 1/32" LOC - 1-1/2" OAL - 1/8" SHK DIA Availability: CARBIDE DEPOT STOCK ITEM - USUALLY SHIPS SAME DAY http://www.carbidedepot.com/detail.aspx?ID=180143 Part Number: 0.0312" DIA 2FL SE AlTiN 1/32 Product ID: CU 129985 Sold in packs of: 1 Manufacturer: CARBI-UNIVERSAL Sale Price $20.62 $10.00 (Savings: $10.62) Description: COATED CARBIDE ENDMILL 1/8" LOC - 1-1/2" OAL - 1/8" SHK DIA Availability: CARBIDE DEPOT STOCK ITEM - USUALLY SHIPS SAME DAY TOOLS http://www.mcmaster.com/#catalog/119/2811/=nznzr9 ( tool# 57185A22 qty: 1 ) http://www.mcmaster.com/#catalog/119/2805/=nznzw6 ( tool# 7122A12 qty: 3 ) = Aug 8, 2013: = == Task 15, RE-FLASHING YOUR 3D PRINTER'S FIRMWARE == === Log: === *Arrival of SDP/SI's pieces(check BOM) *Min Temp Extruder Error Issue resolved by re-flashing the Taz Firmware. # [http://www.lulzbot.com/?q=support/re-flashing-your-3d-printers-firmware RE-FLASHING YOUR 3D PRINTER'S FIRMWARE] === Files === = Aug 7, 2013: = == Task 14, Reprinted spindle holder with modifications after Test 1 == === Log: === *Arrival of McMaster's pieces(check BOM) *Reprinted spindle holder with modifications === Files === [[File:CarriageAssemblyPart_fixed.stl]] = Aug 5-6, 2013: = == Task 13, Software and spindle holder Test 1 under working conditions == === Log: === Fundamental pieces of software required to run the Taz. *Arduino software: this application allows you to install the printer firmware onto the ATMega microprocessor. This installation is required each time you want to update the firmware. *Firmware: there are several firmwares available for RepRap printers. The firmware is installed on the ATMega microprocessor and handles the G-code instructions received from the PC. Part of the configuration of the printer has to be done in the firmware. *Skein software: the most popular application to slice STL files into G-code is called Skeinforge. You need this piece of software each time you want to print a part. *Host software: there are also several host application available for RepRap printers. This application is responsible for communicating with the electronics of the printer before and during print jobs. It prepares the printer before starting a print job and then also starts the actual print jobs. *[http://reprapbook.appspot.com/#d0e1127 Taz Software] *[http://kokompe.cba.mit.edu/index.html For Milling Fab modules will do the trick]. *[[File:Working_condition1.jpg]] *[https://plus.google.com/u/1/101586985663396922126/posts/64TGciLRmuy The rest of the pix are here] = Aug 3, 2013: =

edit


Task 12, BOM Ordered

BOM was ordered Aug 2 2013 and we are waiting for their arrival

edit

Progress

Progress report cnc mill spindle holder1.JPG Progress report cnc mill spindle holder2.JPG Progress report cnc mill spindle holder3.JPG

Progress report cnc mill spindle holder4.JPG Progress report cnc mill spindle holder5.JPG Progress report cnc mill spindle holder6.JPG

Aug 1-2, 2013:

Task 11, Progress report

Log:

  1. Samples of the printed CNC Mill Spindle Holder

Cnc mill holder1.JPG Cnc mill holder2.JPG Cnc mill holder3.JPG

Cnc mill holder4.JPG IMG 7338.JPG

Mon Jul 29, 2013:

Task 10, HydraFabber X Carriage and X Carriage-FQ (female quick attach)

Log:

Taz X Carriage and X Carriage-FQ (female quick attach) were converted to .stl from freecad. They will be used in modeling the new cnc-mill spindle holder with a quick attach.

File:Taz-X-Carriage.STL File:Taz-X-Carriage-FQ.STL

July 26-29, 2013:

Task 9, Current State July 2013 & DPAI Current State July 2013 Matrix

Log:

  1. Worked on Current State July 2013 and DPAI Current State July 2013 Matrix with current DPVs and OSE Staff.
  2. Provided insights as Remote Contributor and DPV to standardize the GVCS build process.

Thurs July 25, 2013:

Task 8, Setup 3D Printing System for Linux(Ubuntu 12.04)

Log:

Installed: Ubuntu 12.04, Python 2.7, Cura/Replcatorg/Pronterface/Printrun/Slic3r

Software downloads

Printers were not able to connect to printers. This was fixed using the resources below. RepRap IRC

  1. [13:01] <stager_> how do I connect to either ultimaker or lulzbot taz with ubuntu 12.04#
  2. [13:01] <ScribbleJ> Use Pronterface.#
  3. [13:01] <stager_> I get connection timed out when I try to connect to either printer#
  4. [13:02] <teepee> check if your user is in group dialout#
  5. [13:02] <iXce> are you specifying the right baudrate ?#
  6. [13:02] <iXce> that too#
  7. [13:02] <teepee> right if baudrate is 250000, that might be a bit problematic...#
  8. [13:03] <teepee> 250000?##
  9. [13:03] <kthx> 250000 is problematic on linux, see https://github.com/ErikZalm/Marlin/issues/205 for some details about the problem and is also possible with a patch to pyserial, see https://groups.google.com/d/msg/ultimaker/BNjPpoJpfrE/gGSKAdhY5VwJ#
  10. [13:03] <stager_> yes 250000 baudrate for ultimaker and 112500 for lulzbot taz#

This is the fix by Martin Renold :The Fix Patch

THANKS to Martin Renold

Thanks for pointing this patch out, I've just upgraded my baudrate now.

I think the better way to install is:

  1. svn co http://pyserial.svn.sourceforge.net/svnroot/pyserial/trunk pyserial #
  2. cd pyserial #
  3. patch -p0 < ../pyserial.patch #
  4. cd pyserial #
  5. cd pyserial #
  6. python setup.py install --user #
  7. python3 setup.py install --user #

So the next distro upgrade won't override your local version.

Wed Jul 24, 2013:

Task 7 Work plan for getting CNC Circuit Mill Spindle working on TAZ:

Log:

  1. Document final BOM including spindle motor, bit holder, bearings.
    1. Embeded Google Spreadsheet for HydraFabber CNC Mill Spindle BOM to OSE Wiki
    2. Added an Edit link at the bottom of the embedded Google Spreadsheet
  2. Generate exploded part diagram in Sketchup or Solidworks referencing numbered items in BOM spreadsheet
  3. Verify and purchase parts
  4. Prepare and avail all the files for the spindle holder. Upload to wiki.
    1. STL file
    2. RAMPS gcode file
  5. Let the RepRap IRC know about this, and let Marcin know that we can add printing file and Spindle BOM to a blog post - to encourage others to develop the CNC Circuit Mill in parallel.
  6. Print Spindle Holder
  7. Secure a 5V power source
  8. Take photo and document all spindle parts and when you build it, do a Dozuki build procedure.
  9. Build out spindle, connect spindle motor to power, install an on-off switch for mill
  10. Source proper milling bits and buy them
  11. Prepare a milling bed - 1/4" plywood taped down.
  12. Level the milling bed
  13. Whenever you have free time, reach to RepRap IRC for code for milling on a RAMPS system, or search web
    1. Document all the examples you find on this - write down links
  14. Download CNC mill software and upload to OSE wiki
  15. Determine a strategy for uploading CNC Milling code to existing TAZ
    1. Use a different Arduino/RAMPS? Upload new software/firmware
    2. Document your path before making any changes.

July 20, 2013:

Task 6, Setup 3D Printing System for MS Windows

Log:

Windows 7, Python 2.7, Cura/Replcatorg/Pronterface/Printrun/Slic3r

Software downloads


Unpacking ultimaker1.jpg Unpacking ultimaker2.jpg

The rest of the images are here [1]

July 12, 2013:

Task 5, Taz with Laser and CNC Circuit Mill Spindle aka HydraFabber

Log:

Incorporated Diode laser from Tim Log.

HydraFABBER laser.png HydraFABBER cncmillspindle.jpg

Files for HydraFABBER:

File:HydraFABBER.SLDASM, File:HydraFABBER.stl and File:HydraFABBER.STEP.zip

June 25, 2013:

Task 4, Lulzbot Taz with CNC Circuit Mill Spindle

Log:

Lulzbot n Spindle2.jpg Spindle assembly5.png Lulzbot n Spindle3.jpg

Files for Lulzbot Taz & Spindle Assembly:

File:Lulzbot n Spindle1.skp and File:Spindle Assembly.skp



June 24, 2013:

Task 3, CNC Circuit Mill Spindle

Log:

Screenshot word with moyer aka mtm cba mit edu - 06242013 - 02-15-42 PM.jpg


Remachined Spindle Assembly Files:

Remachined Spindle Files from Ilan Moyer

Original SolidWorks File:Remachiningspindle.zip Convert to File:Spindle assy.stp



June 23, 2013:

Task 2, CNC Circuit Mill Spindle

Goal

Log Spindle in FreeCAD

Convert spindle Solidworks files to Sketchup

Drafts of spindle mount:

Spindleconcept.jpg

Files for Spindle Assembly:


Spindle 06232013PM.png Spindle0623201321.png Spindle0624201321AM.png



June 22, 2013:

Task 1, LulzBot TAZ

Convert Taz FreeCAD files to Sketchup

Incorporated and continuing from Nate Log.

Basic Idea: Incorporate Carriage with X_MillSpindleMount. Spindle mount is removable, so we can also mount the laser diode head.


Goal:

Find relevant TAZ parts. Convert TK0_Assembly.fcstd To Sketchup. Make groups, components and cleanup Taz sketchup file.


Log:

Lulzbot 2.png


Files for Lulzbot:


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