I spent a whole day made a linear shaft lamp

What you’ll need: linear shaft with brackets Acrylic sheet A light bulb and a switch Diffuser paper First, stick the Dupont paper onto the acrylic box — this will act as the light diffuser of the lamp. Next, assemble the linear shaft and the brackets, then insert them into the pre-drilled acrylic panels to form the frame. Then, attach the bulb securely to the frame and cover it with the light core. (Be careful with the order here — I made a small mistake during assembly and had to redo part of it because I mixed up the steps!) Finally, place the top acrylic panel on and lock it in place with the fixing parts. And just like that — the desk lamp is done! ⚠️ Note: Be extra careful during the process — acrylic scratches very easily, so handle all the panels gently and avoid contact with sharp or rough surfaces. Also, make sure to plan and measure your dimensions in advance — precise sizing will make the whole assembly much smoother. submitted by /u/Electrical-Will-4560 [link] [comments]

Apr 17, 2025 - 12:18
 0
I spent a whole day made a linear shaft lamp
I spent a whole day made a linear shaft lamp

What you’ll need:

  1. linear shaft with brackets
  2. Acrylic sheet
  3. A light bulb and a switch
  4. Diffuser paper

First, stick the Dupont paper onto the acrylic box — this will act as the light diffuser of the lamp.

Next, assemble the linear shaft and the brackets, then insert them into the pre-drilled acrylic panels to form the frame.

Then, attach the bulb securely to the frame and cover it with the light core. (Be careful with the order here — I made a small mistake during assembly and had to redo part of it because I mixed up the steps!)

Finally, place the top acrylic panel on and lock it in place with the fixing parts.

And just like that — the desk lamp is done!

⚠️ Note: Be extra careful during the process — acrylic scratches very easily, so handle all the panels gently and avoid contact with sharp or rough surfaces.
Also, make sure to plan and measure your dimensions in advance — precise sizing will make the whole assembly much smoother.

submitted by /u/Electrical-Will-4560
[link] [comments]