
Sign up to save your podcasts
Or


JEMS Development Editor Mike Brown interviews Hannah Herbst, founder and CEO of Golden Hour Medical, about a compact, automatic tourniquet designed to guide anyone through life‑saving hemorrhage control. The device uses audio‑visual prompts and a simple three‑step interface to let a bystander or first responder apply, monitor, and adjust pressure on arm or leg wounds. It initially inflates to 300 mmHg and can be increased in roughly 20 mmHg increments; an internal sensor monitors pulse absence and informs reassessment. The cuff detaches for multi‑patient use, and the unit recharges via USB‑C — batteries last about two years between charges with monthly status updates. Golden Hour pairs the product with online training and a small trauma first‑aid kit.
Quick favor: take our 3-minute (anonymous) listener survey to help shape what we cover next: https://sprw.io/stt-lfjMN
By JEMS4.3
1919 ratings
JEMS Development Editor Mike Brown interviews Hannah Herbst, founder and CEO of Golden Hour Medical, about a compact, automatic tourniquet designed to guide anyone through life‑saving hemorrhage control. The device uses audio‑visual prompts and a simple three‑step interface to let a bystander or first responder apply, monitor, and adjust pressure on arm or leg wounds. It initially inflates to 300 mmHg and can be increased in roughly 20 mmHg increments; an internal sensor monitors pulse absence and informs reassessment. The cuff detaches for multi‑patient use, and the unit recharges via USB‑C — batteries last about two years between charges with monthly status updates. Golden Hour pairs the product with online training and a small trauma first‑aid kit.
Quick favor: take our 3-minute (anonymous) listener survey to help shape what we cover next: https://sprw.io/stt-lfjMN

125 Listeners

30,870 Listeners

1,877 Listeners

97 Listeners

808 Listeners

268 Listeners

36,296 Listeners

131 Listeners

39 Listeners

46,368 Listeners

44 Listeners

109 Listeners

891 Listeners

213 Listeners

16 Listeners