I-Optic Trainer
See it. Lock in. Access it.
A laser reticle marks the greater tubercle. The housing mechanically locks a 45 degree insertion vector. Trainees stop guessing at the site and the angle both, and instructors can see the placement before the trigger is pulled.
Mounts toEZ-IOBD-IOSAM-IO
Intended for skills training.
Reticle on target, greater tubercle
How it works
Three steps, in the order a medic already works.
01 / See it
Reticle finds the landmark
The projected reticle sits on the greater tubercle, visible to the operator and to anyone else in the compartment. Placement is something the crew can confirm out loud.
02 / Lock in
45 degrees, mechanically enforced
The insertion vector is held by the housing, not by the operator's wrist. A bubble level on the top face confirms the driver is where it needs to be.
03 / Access it
Train with the drivers you own
It clamps onto EZ-IO, BD-IO and SAM-IO, and comes off just as fast. No change to the needle, the technique, or the protocol.
Emitter, laser on
Emitter, laser off
Profile, bubble level on the top face
Cadaver study IOP-002
100% vs 0%
First-pass placement with the I-Optic, against nothing without it.
Thirteen active EMS providers, two fresh cadaver specimens, one humeral IO attempt each on an EZ-IO driver, judged by a blinded assessor. All seven guided providers hit the target zone. None of the six unaided providers did.
Half the unaided providers drilled clean through the cortex — at the wrong site. They can run the driver. Finding the landmark is the part that fails.
Internal proof-of-concept study conducted by Innovo Innovations. Not a controlled clinical trial.
We are pursuing FDA clearance for clinical use. Put your agency on the list and we will contact you the week it clears.
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