For SKY_U: PETG Material Balls with Engraved Letters, Pachica, 5 Sets, 20 Balls

※ This item will be made to order and then shipped.

Recently, 4mm rope and beads have become available at 100-yen shops, so we are selling only the balls.
The hole diameter will be 5mm.

Assembly instructions are available here:
https://note.com/bko3dp/n/n39c55eaecda3

Material: PETG

Please specify your desired size when ordering.
The standard size is 50mm.
Women often find around 47mm to be a good fit.
Please specify in the comment section before or after placing your order.
If no specification is made, we will ship a 50mm item.

This is a PETG Pachika with custom text.
You can add your specified text within approximately the outer 1/3 of the surface (name engraving).
It is also possible to add stripe-like lines.
(We will reuse materials, but due to significant waste, we have had to increase the price.)

You can specify the base color and the color of the text or stripes.
If the text is too extensive or complex, it may become slightly more prone to cracking. Stripes should not significantly affect strength.

↓ Copy from here
---------------------------------------------
・Ball Size: 40-60mm
・Thickness: 2-3.5mm (Standard is around 28mm.)
・Color: Black, White, Clear, Brown (Other colors can be special ordered upon request)
・Base Color:
・Text Color:
・Text Specification:
・Other Requests:
---------------------------------------------
↑ Copy to here

Available PETG Colors: Black, White, Red, Blue, Yellow, Green, Brown, Pink, Transparent Red, Clear (Up to 4 colors can be used)

Please note that as this is a 3D printed item, there may be some minor burrs or layer lines.
All designs are original.

Material Description
TPU: A rubber-like material. It is soft and durable.
PLA: A material similar to common plastic. It is hard and finishes cleanly. (Colors after gold are special materials and have reduced strength.)
PETG: A material used in PET bottles, etc. It is slightly more flexible than PLA, making it less prone to cracking. The surface tends to be rougher than PLA.