The IdeaFormer IR3 V2 Has Automatic Leveling and More
Michael Hemsworth — October 26, 2024 — Tech
References: kickstarter & gadgetify
The IdeaFormer IR3 V2 3D printer is a robust piece of equipment for makers that will enable them to keep their process going without having to worry about their parameters. The unit is equipped with a conveyor belt that will accommodate larger items to be printed or simply as a way to print multiples of a job. The unit is rated to print up to 400mm per second with an acceleration of 20,000mm per second, while the Klipper firmware and WiFi connectivity will maximize versatility.
The IdeaFormer IR3 V2 3D printer boasts warm and cold areas right on the conveyor belt to support the creation of stable models. The system is rated for use with a range of filaments like TPU, PLA and more.
The IdeaFormer IR3 V2 3D printer boasts warm and cold areas right on the conveyor belt to support the creation of stable models. The system is rated for use with a range of filaments like TPU, PLA and more.
Trend Themes
1. Continuous Production 3D Printing - Continuous production 3D printing allows for uninterrupted manufacturing of multiple or large-scale items, enhancing productivity in the maker space.
2. Multifilament Versatility - The ability to use a variety of filaments such as TPU and PLA increases flexibility and application scope for various industrial projects.
3. High-speed Fabrication - High-speed fabrication with acceleration up to 20,000mm per second drastically reduces production time, making it suitable for fast-paced industries.
Industry Implications
1. Automotive Manufacturing - Automotive manufacturing can benefit from continuous and high-speed 3D printing for rapid prototyping and small-scale production parts.
2. Consumer Electronics - Consumer electronics industries can utilize versatile and fast 3D printers for producing prototypes and final products with varied materials.
3. Healthcare Equipment - Healthcare equipment production can leverage multifilament, high-speed 3D printers to create customized and complex medical devices efficiently.
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