magnetic bead separation rack 3d models

Magnetic Bead Separation Rack designed to be used with up to 10 test tubes. Used extensively with MojoSort brand beads with great results. Purchasing one like this cost up to $1,500 but this only costs $20 to make. Build Instructions:...

Rack for purification using magnetic beads for use in molecular biology. The magnets are 10mm dia x 5mm thick Ultra High Performance N52 Neodymium Magnet from Amazon, approx. 1$£€ each. They just snap into place no glue needed. The rack is in two...

This is a tube rack for magnetic bead separation experiments. It was requested by a colleague due to the outrageous cost of commercial products (1), and the design was based on some 60×10×3 mm magnets they already had on hand (2), for common...

For use with magnetic bead for peptide purification. No supports required to print, if printed where the rack is on it's side. ... Requires sixteen 12x2 mm neodymium magnetic disc.

For use with magnetic bead for peptide purification. No supports required to print, if printed where the rack is on it's side. Requires sixteen 12x2 mm neodymium magnetic disc. Category: Biology

A magnetic separation rack for four 1.5ml vials, optimized for a pipetting volume of 200µl and greater.This replaces quite well some comically-expensive separation racks that go over 100x the price of this thing.Requires 4x cylindrical ø10mm by 5mm...

This is a tube rack for magnetic bead separation experiments. After my first magnetic rack design (1), another colleague asked whether I could make something for their needs due to the outrageous cost of commercial products (2). So this is a really...

This rack was tested to work with these magnets from Adafruit: https://www.adafruit.com/product/9 This plate was tested against a commercial plate by adding a known amount of DNA, separating the DNA and cleaning with ethanol, then re-hydrating and...

A magnetic separation rack designed to fit 2ml (or 1.5ml) Eppendorf Safe-lock tubes. The tray is detachable for easy transfer to a non-magnetised rack. The tray will also fit an Eppendorf Thermomixer, with holes spaced 18mm center-to-center. ###...

Simple magnetic rack for separation of magnetic beads in four 1.5 mL vials. ...The rack requires two 10 mm x 10 mm x 5 mm block magnets that are inserted in the central slots.

This instrument will separate magnetic microbeads in 96-well microplates within <2 minutes. It needs to be loaded with 192 diametrically magnetized cylindric magnets (3*6mm, available e.g. ...from Aliexpress)

A sample holder for two 15- or 50-mL conical tubes with insets for two optional magnets for magnetic separation of your favorite molecules. Instructions I printed this in white PLA on a Replicator 2...

Housing to sweep tubing and steel wires acting as running parallel [magnetic flux concentrators (MFCs)] across a Halbach array of magnets for the application of immunomagnetic cell isolation. As the magnetically tagged cell suspension is pumped...

The stand is sized to fit two 3/4" x 1/2" by 1/4" rectangular magnets, although the space should accommodate and work perfectly with other smaller/rounder rare earth magnets. It is also designed to be modular, in that the first prototype here fits...

The stand is sized to fit two 3/4" x 1/2" by 1/4" rectangular magnets, although the space should accommodate and work perfectly with other smaller/rounder rare earth magnets. It is also designed to be modular, in that the first prototype here fits...

This stand separates beads at the same rate as my Promega stand (http://tinyurl.com/bqcnefq), but instead of $45 this stand cost me $3 to make (including the magnets). You can print off multiples of this unit or you can redesign it to accommodate...

# Magnetic Separator Rack Design files for custom, 3D-printed magnetic separation rack for bead-based separation of biomolecules. ## About These racks are designed to support two sides of 6 1.5-2.0mL microcentrifuge tubes. They use long, rectangular...

If you have used a positive or negative selection kit from *StemCell Technologies*, then you know how tedious it can be when using the provided (or purchased...) purple magnet from the company if you have multiple specimens to process. The...

In molecular biology we sometimes use magnetic beads (very small metal balls) that are floating in water - to bind molecules of interest (DNA, proteins). To wash the beads you need exchange the water, but you want the beads to stay in your tube. ...The...

This magnetic bead sorter could be place onto some rotating device. ...Remember that you would like to see the magnetic beads, so colour should probably not be a dark one (black has been a very bad idea). ...The holes are adapted for 1.5 ml Eppis.

... The pegboard needs to have holes every 25mm. Using M4 Hex nuts and M4x10 (or 12) bolts with appropriate washers allows you to fasten the racks to the peg board. ... There are 3 holes / nuts in the model to allow for flexible spacing on the pegboard.

... pegboard needs to have holes every 25mm. Using M4 Hex nuts and M4x10 (or 12) bolts with appropriate washers allows you to fasten the racks to the peg board. ... There are 3 holes / nuts in the model to allow for flexible spacing on the pegboard.

Lars a colleague of mine asked if could make a holder for some Eppendorf test tubes with the test tubes situated next to a magnet? ...I got two test tubes and head on and came up with this holder.

Needed a chromatography column flow through collection platform and wanted it combined with magnetic bead sorting. ...Also wanted to use 15 ml tubes as well as 1.5 ml test tubes.

I'm a fan of trying to integrate 3D printing into areas that can save money. ... For me it was fly tying (and fishing). This bead/hook cup I quickly designed in tinkercad to help hold hooks and beads while tying.

Please let me know in the comments if you would like me to generate other angle/number models from the openSCAD code. If you don't have a 3D printer (or, alternatively, want a rack made of polished gold steel), see this shapeways page:...

... left them open so they weren't impossible to get out and help with visibility. Give it a try! The bigger magnets really help make the bead cleanup go quickly. ...Magnets are BC42 from KJ Magnetics:https://www.kjmagnetics.com/proddetail.asp?prod=BC42

... angle/number models from the openSCAD code. If you don't have a 3D printer (or, alternatively, want a rack made of polished gold steel), see this shapeways page: https://www.shapeways.com/product/74BSKW66Z/magnetic-rack-for-1-5ml-centrifuge-tubes

Larger magnets: http://www.kjmagnetics.com/proddetail.asp?prod=BC42 These are jammed in side by side with the smaller magnet to make a continuous 1-1/4" magnet for the PCR tube rack. Jam it in so the poles line up. Yes they will want to spring out...

This is another key rack I designed, to keep my keys at a central place. ...The keychain will stay in the rack because of the magnets.