Napberry-A TPU Desktop nap pillow

A Little Announcement (Here for a Short Time):

My crowdfunding project Brick berry+ has officially entered the pre-launch phase on Makerworld! You can check it out and follow along here:
https://makerworld.com/zh/crowdfunding/43-brick-berry-a-playable-footwear

There will be a special surprise for followers of this channel when the project goes live—stay tuned!

Introduction

This is a 3D printed desktop lying nap pillow designed based on FDM TPU printing process, designed for office, study and other desktop scenarios, using ergonomic streamline shape, effectively support the head and arms, reduce the pressure of cervical vertebrae and elbows, so you can enjoy comfort and relaxation during a short lunch break. The pillow structure is molded in one go with TPU 90A or 85A printing, no splicing required, lightweight, durable and easy to clean. The overall shape is simple and modern, ideal for offices, classrooms and home study rooms, so that you can rest assured and comfortable every time you take a nap.

Usage Scenarios

💻😴Application Scenario: briefly lie down on the desktop to rest, such as office desks, the back of the plane or train desktop, etc.

🧼💦Cleaning and Maintenance: machine washable, tumble drying (not more than 80 ℃)

Sizing Guide

There is no special size requirements for the product, adults and children can use the same, if you need to scale the model, or in the comment section / private message to send size fit suggestions!

Recommended Filament & Printing Tips

Recommended Material:

- Bambulab TPU 90A (0.4mm nozzle recommended) for a finer surface and silkier feel.

- Bambulab TPU 85A (0.6mm nozzle recommended) for a softer feel

Please refer to the wiki before printing, both materials have excellent breathability, flexibility and support.

Note: The uploaded print profile is for H2D, because the use of pla as a support can provide the best effect of the support surface, if you want to use X/P/A models for printing, you need to adjust the printer to X/P/A, the print volume is enough but the TPU body support support surface effect is not quite satisfactory. Of course, if you have a better support solution for the single nozzle model, welcome to post pictures of the print results and upload the print configuration, I will set up sharing points for the fully tested print configuration.