BOM for standard configuration:
Finer details coming soon with the comprehensive build guide!

-LC Parts for frame and bed
-STL files as 3d prints

HARDWARE:
-8mm smooth rod (3meters)
	2x 290mm for x-axis
	2* 320mm for Y-axis 
	3x 330mm for z-axis (1 rod divided in 3)
	
-8mm threaded rod (<50cm)
	desired height for z-axis (ca. 270mm)
	80mm for spool
	
-8mm nut x3 (2 for spool, 1 for yz axis coupler)
-LM8UU linear bearing x12
-608ZZ bearing x4 (1 for extruder, 2 for spool, 1 for y-axis)


-5mm threaded rod 1m
	2x 295mm for x-axis
	1x 275mm for y-axis
-5mm nut x10

-M3 screws & nuts
	<100m3 nuts
	16x M3x10 for motors
	<100 m3x16 for the frame
	4x M3x50 for extruder
	4x M3x25 for bed leveling

-4 springs/ rubber tube for bed levelling

-PTFE or nylon tubing ca. 60cm for driving filament
-MK7 drive gear


ELECTRONICS:
-Minitronics board or RAMPS
http://reprapworld.com/?products_details&products_id/359/cPath/1591_1647

-4 Stepper motors + cables to connect to the electronics

-Power supply. ATX works well, but if you want an all-in-one 3d printer package get a 120W PSU from here:
http://www.ebay.nl/itm/121484688566?var=420420781127&ssPageName=STRK:MEWNX:IT&_trksid=p3984.m1439.l2649

-End stops: Hall effect sensors/ microswitches
-6mm (dia.) strong circular magnets (3x) (if using hall effect sensors)
-3-wire cable x3 for end stops

-optional extruder fan
-hot end kit 1.75mm.

Diverse:

-Mounting glue
-super glue
-<100 zip ties
-heatshrinks 
-solder

TOOLS NEEDED:
-hacksaw (metal)
-soldering iron
-screwdriver/hex key depending on screws. I recommend sticking to one kind of screw all-around.
-a drill may be needed to predrill parts (or clean post printing)
-a scalpel/ stanleyknife can come in handy
-a cable clipper for cutting long cables to size.