Scalp Massager – Stimulator and Stress Reliever

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Scalp Massager – Stimulator and Stress Reliever

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21
47
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Print Profile(1)

All
P1P
P1S
X1
X1 Carbon
X1E
A1
A1 mini

STANDARD 0.2mm layer, 2 walls, 25% infill
STANDARD 0.2mm layer, 2 walls, 25% infill
Designer
1.5 h
3 plates
4.0(1)

Open in Bambu Studio
Boost
21
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3
43
8
Released

Description

Scalp Massager – Stimulator and Stress Reliever

 

Product Description:

Introducing the Scalp Massager, a simple yet highly effective tool designed to stimulate your scalp and relieve tension. Instead of traditional steel wires, this massager is built using shaped 1.75mm PLA or PETG filament, making it lightweight and easy to customize. Whether you’re looking for a soothing scalp massage or a gentle way to unwind, this head massager is perfect for providing relaxation.

The device features multiple flexible wires, shaped to contour to your head, delivering a soothing massage. With the included guide for shaping the filaments, you can easily construct this tool at home, making it a practical and enjoyable DIY project.

 

Printable Files:

• Filament Shaping Template

• Fixing Part (TPU)

• Handle

 

Printing Instructions:

• Layer Height: 0.2 mm

• Infill: 15-30%

• Perimeters: 2

• Supports: Not required

• Material: PLA or PETG for the wires and handle, TPU for the fixing part, Any High Temp Material for the shaping template.

 

Object Purpose:

The Scalp Massager is an excellent tool for delicate scalp stimulation, which can promote relaxation, alleviate stress, and even improve blood circulation. It’s moderately easy to build and customize, making it a fun project that also serves a practical purpose.

 

Assembly Instructions:

1. After printing all the files, take the shaping template and place it on a flat surface.

2. Take a PLA or PETG filament and use a lighter to gently soften the tip to remove any unwanted edges. (Be cautious during this step; do not expose the filament to direct flame as it could catch fire and release harmful fumes. It’s recommended to wear a suitable mask to protect your respiratory system during this process.)

3. Next, place the filament on the template and cut it to size. (Ensure the template is made from a heat-resistant material to prevent any unwanted warping or deformation.)

4. Heat with an Heat Gun and carefully shape the 1.75mm PLA or PETG filament over the template to form the massage wires (If you encounter difficulties keeping the filament steady in the template because it remains too elastic, we recommend using heat-resistant gloves during the filament forming process).

5. Once fully cooled, remove the filament and check if the shape is maintained (Repeat Forming process 12 times).

6. Trim the ends of the wires to ensure they slide smoothly into the TPU fixing part.

7. Insert the shaped wires into the slots of the fixing part ( The first 2 filaments must be inserted in opposite positions to make it easier to insert the next ones).

8. Secure the fixing part onto the handle by pushing it into place.

9. Double-check that all wires are firmly secured and adjust any that may feel loose. (The stiffness of the filaments may depend on the printing tolerances. If the filaments feel too loose for your liking, you can add a bit of glue inside the handle before inserting the flexible fixing part into it).

10. Your scalp massager is now ready to use! Enjoy a relaxing scalp massage at your convenience.

Share Your Makes and Remixes:

We’d love to see how you customize and use your scalp massager! Share your creations with the community, and inspire others with your take on this relaxing tool.

 

Thank you to PCBWay for reaching out and sponsoring this project:

Special thanks to PCBWay (www.pcbway.com), experts in PCB prototyping, CNC machining, and 3D printing, for helping us bring more exciting projects to life. Their support makes it easier for us to share innovative designs with the community!


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Comment & Rating (6)

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Ingenious wire shaping design, had some tolernace issues with the retainer pieces and resized them to tighten it up, but this is likely due to variation in tolerances on my machine. Feels great on my head, thanks!! (Apologies for second comment, meant to boost you the first time)
(Edited)
The designer has replied
1
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Thank you for the boost as well!
0
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Print Profile
STANDARD 0.2mm layer, 2 walls, 25% infill
Prints well, very ingenious design to shape the wires. I did have to adjust the sizes of the wire retainer pieces a small amount and reprint them, as the default size was not quite snug enough to keep the wires in place effectivley. I realize this could be just the filament I used, or just a tolerance variation from machine to machine, as we are talking less than .5 of a mm, and probably not the fault of the desinger. Thank you!
The designer has replied
1
Reply
Thank you for the 4-star review and your detailed feedback! It’s very helpful and will assist us in developing a more universally compatible version in the future. If you haven’t done so already, feel free to follow us to stay updated on new releases and improvements.
0
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good
The designer has replied
1
Reply
Thank you! I’m glad you like it, and I really appreciate the boost!
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