Welcome to
Tensor Biotechnologies LLC
Tensortek.com
New V.2 System! High performance microscopy with full X,Y,Z automation, digital imaging, and software GUI.
Z-axis control
X-Y axis control
Affordable, open solutions and consulting for challenging problems in bioengineering (and beyond) including novel testing devices,
digital imaging, microscopy, art/design, and 3-D computational modeling/software.
Tensor Biotechnologies LLC
1608 S. Camac St., Philadelphia, PA 19148
All
images and text are Copyright 2011, T. Doehring
A new motor-driven automated microscopy system. We have developed new affordable systems/tools for smart, programmable
microscopy.
Our goal is to provide this
open system for both hobbyists/enthusiasts and for more advanced use in universities and research
labs. Click
HERE for more info...
Current projects:
Open 3D Mesh Generation/Modeling
We have developed new software for automated generation of tetrahedral Finite Element (FE)
meshes for complex organic multi-domain systems. A product of almost 10 years of work, the 'volmesh' mesh generator produces robust
sliver-free tetrahedral meshes directly from volumetric input data (i.e. 3-D images) with any topology.
Email me (
tcd@tensortek.com)
for more info and solutions for your difficult mesh generation problems.
(Volmesh page and software coming soon!)
3D Kinetics and Design using Blender3D
Blender3D is an amazing tool for 3D modeling and visualization. We have developed models of
a number of biomechanically related systems, including hip implants, spine modeling, and other topics. Also, we have created a number
of tutorials for using Blender3D for science/modeling and creating objects for both visualization and analysis.
(Blender3D
page and software coming soon!)
Thanks for visiting our page.
Email: tcd@tensortek.com for info, questions, consulting services, references, clients, etc.
Visit our
Gallery for more amazing gigapixel images...
Click above to watch some of my Blender3D
tutorials. Note that this tutorial is 40 minutes long (yes, i know it's kind of boring
:) but shows every detail of how to construct an 'implant' in Blender3D...
