Team:Bielefeld-CeBiTec/Downloads

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Downloads
Summary
On this page you can find the files for rebuilding the different parts of our project and some little helpers for your laboratory. Most parts can be built with any standard tabletop 3D printer. If you are using an FDM/FFF printer, please consider optimizing your printing parameters for best results of your printed part.

Microfluidic Kit


Wafers

Essential for microfluidics are the wafers, which are used in the manufacturing process of the microfluidic chips.
3D model of the used wafer design for the cultivation of Aspergillus niger.
3D model of the used wafer design for the cultivation of Saccharomyces cerevisiae.
Download it here: Wafer.zip

UV Chamber

DLP printed wafer are working best if they are hardened with UV light after beeing printed. This little DIY UV chamber can be used to do so. Be careful to use respective precautionary measures.
UV chamber for the illumination of the freshly printed and washed wafer.
3D printed UV chamber for the illumination of the freshly printed and washed wafer.
Download it here: UV_chamber.zip

PDMS Stirrer

A simple and easy to construct stirrer for mixing the PDMS.
Easy to assemble anchor stirrer for PDMS mixing.
3D printed stirrer. The single parts can be assembled without tools.
Download it here: Stirrer.zip

Oven

To accelerate the polymerization of the PDMS the molding vessels can be heated with the mold in an oven. We designed this small and very simple oven that is printed and assembled quite easy and fast.
3D model of a DIY oven to heat the mold for faster polymerization.
3D printed oven for heating the mold in the chip manufacturing process.
Download it here: Oven.zip

Syringe Pump

For conducting microfluidic experiments syringe pumps are an essential device to get preculture, media and different other substances through your channels and in your chambers. This 3D printed syringe pump is quite easy to print, assemble and use. The perfect starter pump for your experiments.
Compact DIY syringe pump.
3D printed syringe pump with inserted syringe in action.
Download it here: Syringe_pump.zip

Lab Supply


Gelcombs

Gelcomb (standard version)

Wikifreeze is coming and you need to analyze many samples? We got your back. Use this gelcomb with 25 chambers for higher sample throughput. Download the file and start printing, it won't take long.
Gelcomb for 25 samples. Suited for 2x150 mm gelcomb mounts.
3D printed gelcomb (2x150 mm) with 25 chambers (thickness: 2 mm).
Download it here: Gelcomb_(2x150).zip

Gelcomb (slim version)

Do you need a higher resolution of your samples and sharper bands? Try this special gelcomb version with thinner chambers (1 mm thickness).
Gelcomb for 25 samples with slim chambers. Suited for 2x150 mm gelcomb mounts.
3D printed gelcomb (2x150 mm) with 25 slim chambers (thickness: 1 mm).
Download it here: Gelcomb_(2x150)_slim.zip


Tube Stands

Tube Stand (5 x 50 ml)

Many tubes but too few stands? Don't steal it from your coworkers, nobody likes searching for stands. Print this easy and nice tube stand for up to 5 50 ml tubes and never search for stands again.
Tube stand for 5 standard tubes with a volume of 50 ml.
3D printed tube stand for 5 standard tubes with a volume of 50 ml.
Download it here: Tube_stand_5x50ml.zip

Single Tube Stand (50 ml)

You only need one tube? Use this single tube stand for 25 ml tubes and save space on your working area. It can also be combined with other Hardware parts for an integrated stand.
Tube stand for one standard tube with a volume of 50 ml.
3D printed tube stand for one standard tube with a volume of 50 ml.
Download it here: Tube_stand_50ml.zip

Protein Purification Mount


If you need to purificate quite often, maybe think about using this neat mount for up to 5 purification columns. Don't tinker in your lab with different mounts, just print it and get started. The assembly is quite easy and no tools are needed.
Purification mount fully assembled.
The single parts the purification mount consists of in the right orientation.
Purification mount fully assembled with matching equipment for purification.
Download it here: Purification_mount.zip

Models


Nanopore Model

Nanopore sequencing is a very fast and relatively easy method for sequencing big amounts of DNA. One main feature needed is the Nanopore, a small lipoprotein with a channel like structure.
Nanopore structural model (ribbon style).
3D printed Nanopore structural model (ribbon style).
3D printed Nanopore structural model (surface style) in a schematic biomembrane.
Download it here: Nanopore_CsgG.zip

Wafer Model

Wafer for microfluidic chips have very small structures on it to form the microfluidic channels. Often they are not visible for the naked eye. Therefore models of those wafers can easily be used to let the structures be seen in detail and thus can remarkably increase the understanding of the structures functions.
3D model of a model wafer for cultivation scaled 40:1.
Download it here: Wafer_model.zip

Solder Stand


You are working on a hardware part and have lots of soldering work to do? Your solder roll is always rolling around and it is difficult to get a nice and clean soldered point? Try out our solder stand. It is perfectly suited to help you with your work and get good results.
Solder stand.
3D printed solder stand.
Download it here: Solder_stand_1.zip