In this episode of Hangar X Studios, host John Ramstead sits down with Aaron Hall, founder of Bifrost Manufacturing, to explore how this innovative company is redefining rapid prototyping through additive manufacturing. Broadcasting from The Hive in Grand Forks, North Dakota, the conversation dives into the startup's origins, their game-changing use of SAF and SLS 3D printing, and how their work is transforming timelines and costs across the drone, aerospace, agriculture, and defense industries.
Aaron shares how Bifrost evolved from solving urgent infrastructure problems for bitcoin mining to enabling advanced manufacturing solutions for major aerospace clients. With a focus on speed, customization, and iterative prototyping, Bifrost is paving the way for faster innovation, especially in the high-stakes world of drones and aircraft part replacement.
Episode Highlights
- How Bifrost grew from a grassroots bitcoin infrastructure challenge
- Transition from agriculture and automotive to drones and defense
- Use of cutting-edge SAF (Selective Absorption Fusion) 3D printing technology
- How their team rapidly produces durable, custom parts for startups and established firms
- FAA process certification and the future of certified 3D-printed aircraft components
- Game-changing implications for rapid prototyping in aerospace
Key Points with Timestamps
- [00:00:00] Introduction to Bifrost and the need for rapid prototyping
- [00:02:36] How Bifrost spun out from a bitcoin mining infrastructure problem
- [00:03:11] Example: CNC-cut steel for hot aisle containment
- [00:04:16] Clients like Cirrus Aircraft and LM Glass Fiber using Bifrost for tooling
- [00:05:18] Why the classic car market flopped, but drones and agriculture took off
- [00:06:22] Replacing parts for industrial snowblowers and tractors
- [00:07:25] What SAF printing is and why it’s revolutionizing prototyping
- [00:08:59] Comparing SAF with injection molding — cost and speed advantages
