This is a lamp for my working area. Designed to be powerful, stable and standing on long arms. In addition to the printed parts, It needs

• 6 LEDs lamps. AC powered Model GU10
• 6 GU 10 AC connectors, They have to be wired in parallel,
• A power switch, rectangular model, but this is not mandatory. I have used two levels by wiring a capacitor in serie with the lamps for reduced brightness.
• Two Aluminium tubes 12 millimeters, length is 100 cm. make a mark at 170mm to adjust the edge.
• some wires and AC plug
• two M8 x 20 mm bolts
• two M8 x 30 mm bolts
• one M8 210 mm threaded shaft
• six M8 screws, enclosed into plastic parts and enable easy adjustment,
• four m3 bolts& screws to hold the head cover

It has to be fitted EXCLUSIVELY with Leds, Using classic bulbs would quickly overheat and melt the parts, The support stability is ensured by enclosing a dead weight inside the stand, It is designed for 2 Used lead batteries Yuasa NP7-12Fr. old motorbike batteries should work as well.

Already printed and operational but this is a second revision and I will publish pictures when finished, I have put holes for some ventilation. Temp is OK after a few hours, and of course using Leds,

For insertion of PLA into alu tube, It is a good idea to use a soldering iron. Pre heat the tubes by putting the iron in the tube a few moments,(around 60 deg C) then the PLA slightly melts and can be adjusted and then fit tight to the tube. Use the mark at 170mm to adjust the middle bracket.

Beware AC power, but hey, you are adults,,,

Note: The photos are from a previous version; V1 The actual STLs have been modified to improve ventilation and support brackets, which is now a stronger system.

But if you use it in a lab, you can put anything heavy inside the stand, like a power supply or a transformer.

All parts designed to print easily without hangouts. Position them correctly on the stand before printing.