3D carved bedside Table

So this is the bedside table that is designed and modeled for the rose bed that we released earlier. We hope you have the best experience performing it. We tried to consider everything that may cause a problem and fix them. We will be so happy to receive your feedback about this model and if you used it in your project or made it out of wood or anything please send us a picture!!! But if you had any problems we are always here to help you out. leave us a comment here or contact us.

Size A Dimensions :

SizeA Part 1

X = 500 mm
Y = 154 mm
Z = 35 mm
(The carved part thickness is 19 mm)

SizeA Part 2

X = 500 mm
Y = 220 mm
Z = 48 mm
(The carved part thickness is 32 mm)

SizeA Part 3

X = 97 mm
Y = 650 mm
Z = 97 mm

SizeA Part 4

X = 33 mm
(The carved part thickness is 17 mm)
Y = 515 mm
Z = 374 mm

SizeA Part 5

X = 115 mm
Y = 650 mm
Z = 56 mm

A little hint for how to produce this bed!

If you are using a 3D printer, the easiest way is to print it is to place it on the bed of your 3D Printer. It’s highly unlikely that you would need additional supports for this model. Of course, it is too big for most 3D printers out there, so you would need to divide it into different sections.

Now if you are a CNC milling user and your material of choice is wood, you can either use a flat 3Axis CNC machine or a 5Axis machine. Obviously, the results won’t be the same. By using a 3Axis machine, you would probably need to do some finishings manually, but with a 5 Axis CNC machine, you can get the job done completely! The best-recommended tool for milling this piece is a tapered spherical tool (also known as CNC carving tool) that can eliminate the need for a pre-cast roughing procedure and can produce the part in just one act! You would probably need a rotary axis for milling the legs of this model, And the best strategy to machine the leg piece is 4Axis simultaneous.

And lastly, if the material is stone or glass, you can use electroplated tapered spherical tools to carve this model, and don’t forget to use plenty of proper coolant on the tool. It’s highly unlikely that you would need a separate roughing procedure for this model, so a good milling tool might be able to do it at once unless you scale the model into some enormous sizes!