User:Jschust5: Difference between revisions
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'''Biomedical Engineering''' | '''Biomedical Engineering''' | ||
'''Lab Website:'''[https://sites.google.com/view/bgandrlab Biomechanics of Growth & Remodeling Lab] | '''Lab Website: '''[https://sites.google.com/view/bgandrlab Biomechanics of Growth & Remodeling Lab] | ||
'''Email:''' [mailto:jschust5@tulane.edu jschust5@tulane.edu] | '''Email:''' [mailto:jschust5@tulane.edu jschust5@tulane.edu] | ||
Revision as of 18:26, 13 January 2018
I don't always wear a dress shirt and tie to the Makerspace, but when I do, you know I was photoshopped!
Jason Schuster
MakerSpace Ninja
Graduate Student
PhD Candidate
Biomedical Engineering
Lab Website: Biomechanics of Growth & Remodeling Lab
Email: jschust5@tulane.edu
Profile
Maker Skills:
- 3d Printing, Laser Cutter, Lathe, Mill, Woodworking, Sand casting
- Welding: TIG, MIG, Stick, & Oxy-acetylene
- CAD - Solidworks, AutoDesk Fusion 360, Pro/Engineer CREO, Geomagic/Cubify Design
- CAM - AutoDesk Fusion 360
- 3D Printing: Cura, Sprinter Firmware, Slic3r,
- Graphics - Inkscape, Adobe Illustrator, Adobe Photoshop, GIMP
- Programming - LabVIEW, MATLAB, Mathematica
- Learing - Slicer for Fusion 360, blender
- Makerspace Training Certifications
Tulane Makerspace Project Portfolio
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Made on the Carvey - 2 Color HDPE -
Tissue Stamp - CNC Milled Precision Stamping Fixture -
Tissue Stamp - CNC Milled Precision Stamping Fixture -
Tissue Stamp - Laser Cut Acrylic
Exorcist3D Youtube Page
Videos of my opensource 3D printer I built
In 2013, I built my own opensource 3D Printer. I modified the Prusa i3 design. Controlled by: Arduino Mega + RAMPS 1.5 with Sprinter firmware. The frame is made from 1/4" laser cut steel plates and 3/4" lathe turned rods. The build surface is heated and 10" x 10" x 10". Recently, I made several improvements and upgrades, which include a large screen graphical LCD with SD card reader and a genuine E3D titan extruder and V6 Nozzle. Future upgrades include a BL Touch auto level and dual extruders.
1934 Southbend Lathe Restoration & Projects
Over Christmas break 2017, I machined some small parts for my lab. These are cannula are used to mount soft tissues on our inflation-extension test device. The material is PEEK plastic, it can be auto-claved and machines nicely. Check out my YouTube link above, there is a quick video of the PEEK being machined. The lathe, I am using is a restoration project I did in 2010. It is a 1934 Southbend 9" Workbench 405 lathe. Here's several pictures of the lathe:
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1934 Southbend 405 Lathe -
X-axis fine adjustment -
Updated tooling post -
3.0mm Cannula -
1/8"NPT to 3.8mm Cannula
Last Update
Jason Schuster, PhD Candidate 08 January 2018