Liczymy pasujące modele…
Put the eReader in screen down for travel mode and screen up for reading mode (observe orientation for the button cutout). Enough space is left so that the USB-C port is usable while the case is on. The case is designed for the Kobo Clara…
A protective case for the Kobo Clara eReader. I printed the case shown in the pictures in TPU with a layer height of 0.2 mm and an infill of 20%. The TPU I used has a shore hardness of 98A. If you want to use TPU of a greater hardness, I…
I made the base and full divider taller to fit my pair auf page turners . You can use it with or without the divider. With the divider, it's a snug fit, doesn't rattle if shaked. Inside dimensions (x and y are as the original): with…
DRAGONS AHEAD, THIS IS A BETA! SOME PARTS MAY CHANGE! This is my DIY open source eReader that I made using a raspberry pi zero 2 W and E-Ink screen Specs: Raspberry Pi Zero 2 W Waveshare 7.5 " E-Ink Screen Pisugar 2 UPS BOM Software
Here is my DIY ESP32 eReader that can read ePUB books Specs: 7.5 inch E-Ink Screen ESP32 Only $50 USD Bill Of Materials Seed Studio TRMNL Kit Book32 Software Print Settings: 0.16 Layer Height 3 Walls 25 Percent Infill
Note: This project is currently being refined, which will involve modifying the STL files. To avoid confusion from multiple interim versions and explanations for the changes, I will delete the files I deem unnecessary. I will update the…
I wanted to add a small but stylish light source to my e-reader. That's why I created this light that is easy to attach and detach. ClickLight! And attach and deatch! Parts what I used: Flexible COB LED (Warm White, 80mm) CR2032 Battery…
Necesitaba una pequeña base que ocupase muy poco espacio para mi ereader y he diseñado este pequeño y sencillo soporte. Está ajustado para el ereader Kindle Paperwhite de 10ª generación , aunque es posible que valga para más modelos. El…
I always thought prison tech looks really cool and I always wanted a transparent e-reader- Unfortunately I'm not incarcerated or want to buy 100 units in bulk from China so I decided to make my own case, replacing the one of my Tolino…
Just big enough for my Kobo Libra 2 and felt case. Mounts with double sided tape.
A part from the rfid reader chip, I used 10 jumper cables with heath shrink tube around to leave trough the hole, one 3-way jumper splitter to connect the two flat head leds (5mm) with the ground pin of the reader chip. You can print a…
The GT1 model encircles your fingers completely for a comfortable fit. It is highly recommended to use the grip with a basic silicon case to ensure a strong hold. You can also purchase small rubber bands to help hold the device in place…
The GT1 model encircles your fingers completely for a comfortable fit. It is highly recommended to use the grip with a basic silicon case to ensure a strong hold. You can also purchase small rubber bands to help hold the device in place…
The GT1 model encircles your fingers completely for a comfortable fit. It is highly recommended to use the grip with a basic silicon case to ensure a strong hold. You can also purchase small rubber bands to help hold the device in place…
Landscape and portrait stands for Silvergear ebook reader. I needed a landscape oriented reader and decided to overengineer it so I modeled the reader itself and created a cradle that matches it's contours. There are three models…
The GT1 model encircles your fingers completely for a comfortable fit. It is highly recommended to use the grip with a basic silicon case to ensure a strong hold. You can also purchase small rubber bands to help hold the device in place…
The GT1 model encircles your fingers completely for a comfortable fit. It is highly recommended to use the grip with a basic silicon case to ensure a strong hold. You can also purchase small rubber bands to help hold the device in place…
The GT1 model encircles your fingers completely for a comfortable fit. It is highly recommended to use the grip with a basic silicon case to ensure a strong hold. You can also purchase small rubber bands to help hold the device in place…
