Lets Build Them:
Parts List:
25 Boxes from Uline
4-5 cans of Sail Blue color Rustoleum paint (Lowes or Home Depot). The color is close to Tardis blue and I found the color value on line to make a swatch from to use in inkscape. If you want to be true to the show, there is the BBC Authorized TARDIS Blue: Pantone 2295C
5 8' sections of 3/4”X1/4” screen molding
This gets cut into 5” pieces and each Tardis uses 4. Make extra! They make great refrigerator magnets.
40 11X17 prints of the attached pdf.
20 1W LED's mounted on a star
20 75Ohm 1/2W Resistors buy 100 they are cheap
20 nine volt battery clips
20 nine volt batteries (Alkaline!)
1 can spray glue
Wood glue or white school glue for paper
Tools:
Hot Glue and glue gun
Utility knife (with new blade)
Small piece of cardboard (to make cutout template)
Pencil
Scrap wood to use as cutting surface
Paper shear (or scissors) I borrowed one.
Small hand saw and miter box.
Fine Sand Paper
View the original article here
Download this wallpaper | Apple 5120x2880
This is a recepie to make roasted rice for japanese genmaicha tea. 
1) brownie mix (any kind is fine) 2) pretzels (once again, any kind is fine. But try to get flat ones) 3) salt 4) caramel (homemade is good. Or you could even get some from the store. It's in the ice cream isle. 5) also make sure you have a brownie pan
Pipettes are prolific in laboratories everywhere and used to transfer variable amounts of liquid. Professional tools are calibrated and have dials that allow the user to set the volume. The following instructions are the result of an experiment to develop 3D printable and low cost alternatives to standard lab tools, such as the pipette. This simpler version uses a straw and allows the user to adjust volume using two limit thumb nuts. It should be very useful around any wet lab and works nicely with a relatively high range of possible volume settings. You can calibrate the volume but it is generally only good for low precision work. With the exception of a balloon or rubber glove, spring, straw, and some tape, all the parts are 3D printable without support using a variety of low cost printers. This is a very nice example of alternative lab tools and I hope will contribute to further work in the area. You can also find this model and some user remixes on thingiverse: http://www.thingiverse.com/thing:64977 
Print the upper body, lower body, plunger, and two thumb gears using a 3D printer, the STL files are attached. I printed all the pieces on a Makerbot Replicator 2 at 0.1mm with 15% fill and 100% fill for the plunger.