Amazon Kindle Study Lamp & Pen Stand

• Dead Amazon Kindle 3 2010 (Third Generation)
• Lumber Wood
• Connecting Wires
• 5050 LEDs
• 12v Power Supply
• Translucent White Sheet
• Plastic Sheet
• Switch
• Self Tapping Screws


Tools Used



• Chisels
• Jigsaw
• Screw Driver
• Soldering Iron
• Drill Machine
• Sander
• Planer
• Hot Glue Gun

I found this old Kindle 3 in our E-Waste box at Maker's Asylum, Delhi.

It was not working so I decided to open it up.



• The back is kept in place by a dozen tabs around the sides. I used my finger nails since part of the back had already popped open.
• There are 24 screws holding everything in place. I used a Phillips head screwdriver to remove them. The same are used for the screws on a Macbook.


Upon opening it I found -



• Screen was broken.
• Electronic parts were corroded.
• Tried to charge its battery with universal charger, It didn't get charged.


Only part in usable condition was its body.

• I started fixing the LEDs in place of Kindle's display area. LED strips are self adhesive so its easy to fix them on a surface.




• To ease the connection I cut positives from one side and negative terminals of LED strips from another end. Then striped a copper wire and connected all positives of one side and all negatives of another.


Make sure you solder positive of one Strip to positive of another strip and do same with negative.



• For diffusing the light I used a translucent plastic sheet and sandwiched it with clear sheet which was on Kindle display already.
• The keyboard of the Kindle was backed by the circuit board which is now removed, So I used hot glue gun to secure the keyboard in place.

• The stand is made using two parts attached to each other using self taping screws and one small part to attach it with Kindle.
• I used lumber and cut out curved shape with jigsaw.
• The Kindle is attached to the small triangular piece by a nail and super glue so its fixed permanently. The triangular part connected to stand by a screw. So it can be tilted also.
• After cutting it I sanded it using hand grinder with sanding pad attachment.

The base was made out of an old plank which was part of a bench.



• Using circular saw I cut it to the required length.
• I also trimmed thin wood from all sides using circular saw to expose cleaner wood.
• On top and bottom surface I used hand planer to get rid of the paint and get cleaner wood.
• I then ran the final block on my DIY table router to route the edge profile.

The power Supply is placed inside the base block and the switch is on the front of the base block.



• To house the power supply I marked the area on the bottom surface of the Base block and chopped out the wood.
• To connect the wires between the power supply and switch internally I marked area for mounting switch in line with the cavity made for the power supply and used the chisel to work through the wood.
• For internal wiring I drilled a hole through the cavity made for switch to the cavity made for power supply.
• The side on which switch is mounted is the front side. For Input AC wire I drilled another hole in the back side to the power supply chamber.
• Again another hole was drilled from top surface to the power supply chamber to connect wires from power supply to the LEDs.


Note: Be extra careful with your freshly sharpened chisel. It will slice through wood faster and easier than you expect.

• From domestic AC to power supply I used normal 2 core wire connecting neutral directly to power supply and phase via switch. I soldered all connections and used heat shrink sleeves to prevent short circuits.
• I found an old 4 core CCTV Cable, stripped it using cutter, took two white wires from it and coiled it around a pen. I used this coiled wire to connect the power supply output to the LEDs inside Kindle.


As I connected the switch in the power-supply Input, there is no power consumption while switch is off while if we connect the power-supply to the AC directly and use the switch on output side of the power-supply i.e. 12v DC, the power-supply will still draw some power even if the switch is off.

• Pen Stand was made using 3mm wood sticks joined together to form four walls using super glue.
• After making four sides, I used Dremel to cut it out to length and sanded it to give smooth edge using sanding attachment.
• In corners I left an extended stick and drilled 3mm holes on the top surface of the Base Block to fix the pen stand on it.

• Now that all the parts were made I used Berger Wood Keeper polyurethane and applied it using linen cloth.


Note: Avoid cotton for polishing as it may leave small fibres on the surface of the wood.



• Once the polish is dried I assembled all the parts together using wood screws.
• I also covered the power supply in the bottom using a small piece of plywood


Finishing Wood does the real magic, the texture came out real nice.

I couldn't be happier with the end product. I hope you guys like it :)