Instructables user 'Bozardeux' created instructions on how to create the 'OpenReflex' 3D-printed camera. The camera's components can be printed on an ABS 3D-printer in less than 15 hours and assembled in about an hour.
Assembly of the OpenReflex requires simple tools like a glass cutter, screwdriver and an Allen key and a few other parts that are easy enough to pick up at a hardware store.
This DIY approach to photography could enable photographers to completely customize their cameras and continually build onto them to create new attachments as the need arises. Bozardeux encourages anyone to download the design, improve upon it and share again. This open-source design is an incredible way for crafty individuals to completely build their own camera from scratch. And for new photographers, assembling the 'OpenReflex' is a great way to learn how cameras work.
'OpenReflex' is a 3D-Printed SLR Camera
1. Customizable Cameras - The DIY approach to photography with 3D-printed cameras enables photographers to completely customize their cameras for their specific needs.
2. Open-source Design - The open-source design of 3D-printed cameras encourages collaboration and improvement, allowing crafty individuals to continually build and share their own camera designs.
3. Learning Through Assembly - Assembling 3D-printed cameras like the 'OpenReflex' is a great way for new photographers to learn how cameras work and gain hands-on experience.
1. Photography - The DIY approach and customization options of 3D-printed cameras present disruptive innovation opportunities for the photography industry, allowing for more personalized and unique camera designs.
2. 3D Printing - The development of 3D-printed cameras showcases the potential of 3D printing technology in the manufacturing of consumer products, opening up new possibilities for the 3D printing industry.
3. Education - The use of 3D-printed cameras as educational tools provides opportunities for schools and learning institutions to incorporate hands-on learning experiences in photography and technology.