Built for the critical moment
The line fails. The medication stops.
Intraosseous access fails in the field for two reasons: the arm moves during handoffs, and the landmark is hard to find under stress. We build the hardware for both.
Field use, urban EMS
Sources: NEJM and out-of-hospital cardiac arrest literature. IO placement frequency is an Innovo internal estimate. See the evidence ↗
The system
Secure the limb. Target the bone. Lock the line.
Two securement bands and a targeting trainer. Each is sold on its own, and each is designed to work with the others.
T-Band
$79Secure the arm. Save the line.
Holds a single arm through every handoff, from the ground to the bed. Built for humeral IO, and used across a range of emergency scenarios.
Class I, 510(k) exempt · Utility patent awarded
Shipping todayLearn more
I-Band
$89Secure both arms. Minimize movement.
Holds both arms through every handoff, from the ground to the bed. Built for humeral IO, and used across a range of emergency scenarios.
Class I, 510(k) exempt · Patent pending
Shipping todayLearn more
I-Optic Trainer
$299See it. Lock in. Access it.
Laser-guided targeting for skills training. Projects a reticle on the greater tubercle and mechanically locks a 45 degree insertion vector. Mounts to EZ-IO and Arrow.
Patent pending · Training use
For training useLearn moreThe problem
Two root causes, and nothing on the market built to address either.
01
The arm moves.
Ground to gurney. Gurney to truck. Compressions running the whole way, then truck to hospital and hospital to bed. Every handoff is a chance for the arm to shift, and a humeral line that was seated correctly gets bent or dislodged. The site is compromised and the medication stops reaching the patient. Securement today means tape, gauze, or a spare hand that nobody has.
02
The landmark hides.
Finding the greater tubercle by palpation, at speed, on a patient of unknown build, is a skill that degrades under stress. Angle matters as much as position, and neither is verifiable in the moment.
Designed for high-motion environments
Restraint-free stabilization, with compressions still running.
Every device is specified for the back of a moving vehicle, not a procedure room. Single-operator application, no additional hands, no interruption to compressions.
Where we are
Shipping product, in procurement review.
In active procurement review
Unified Fire Authority
Gold Cross Ambulance
Salt Lake City Fire Department
Put a set in front of your training officer and run it through a scenario before you commit to a line item. Request one.
Who built it
Founded by a paramedic who saw too many failures that happened not from a lack of skill, but from a lack of solutions.
Seth Illu, MD, inventor, founder and chief executive, set out to build devices that narrow the gap between failure and success. T-Band was the first: the flagship answer to a securement problem nobody had solved. Emergency physician, former paramedic, EMS Fellow at the University of Utah. The team around him has spent more than 20 years bringing medical devices to market, through multiple exits.
Made in the USA
American made. Global impact.
Every Innovo product is manufactured in the United States to the same standards we would want on our own call. We support American jobs while delivering devices to professionals worldwide.
American manufacturing
Produced in state-of-the-art facilities across the USA.
Quality assurance
Rigorous testing against FDA quality standards, on every production run.
American jobs
Creating work in American communities, not just moving product through them.