Surgeon in an operating room wearing a mask, surgical cap, and goggles, under bright operating lights.

SMART yet SIMPLE

EFFORTLESS PLACEMENT OF AUTOMATED CORONARY VESSEL CONNECTIONS

Learn more

SMART yet SIMPLE

EFFORTLESS PLACEMENT OF AUTOMATED CORONARY VESSEL CONNECTIONS

Learn more
Surgeon in an operating room wearing a mask, surgical cap, and goggles, under bright operating lights.

Empowering surgeons for greater efficiency and improved patient outcomes

We provide surgeons with an improved method for performing coronary artery bypass grafting, enabling them to operate more efficiently and with fewer complications. This streamlined approach results in shorter recovery times for patients and eases the burden on medical infrastructure. Ultimately, both surgeons and patients benefit, leading to a smoother process and better outcomes for everyone involved.

The impact of open chest coronary bypass
surgery is extreme

Keyhole

Sternotomy and cardiac arrest:
Absent

Icon of a hospital bed with a red medical cross above..

Hospital stay

Days

Recovery time

Weeks

Open chest

Sternotomy and cardiac arrest:
Needed

Icon of a hospital bed with a red medical cross above..

Hospital stay

Days

Recovery time

Weeks

The Octocon is an ingenious yet simple, widely applicable, non-invasive, and faster alternative to hand-stitched vascular anastomosis.

Coronary bypass surgery, often considered the 'gold standard' for treating advanced coronary artery disease, offers long-lasting results. However, even the latest surgical robots have yet to transition bypass surgery to an endoscopic procedure (using a small camera and tools through tiny incisions) and off-pump (without stopping the heart) in a way that is easy to adopt widely.

The main challenge lies in stitching blood vessels together reliably without direct access to the heart. Octocon, our automated vessel connection technology, addresses this problem, making fully endoscopic, off-pump coronary bypass surgery possible.

Make coronary bypass surgery simpler and more patient-friendly through minimally invasive endoscopic procedures.

Patients

After keyhole surgery, patients typically go home within three days, with a recovery time of just three weeks. A groundbreaking improvement in the treatment of coronary artery disease.

Surgeons

The surgeon can perform the procedure with ease-of-use, achieving a vessel connection significantly faster even under limited access, while reducing complications.

Hospitals

Reduce strain on the healthcare system by shortening hospital stays and recovery times.

Smart delivery system

Simple procedure

Diagram showing the four steps of a medical connector process: insertion, expansion, stapling, and joining.

Regular pressure pump available in every OR to deploy the delivery system.

Medical device featuring a syringe-like instrument with a pressure gauge, used for stent or catheter procedures.

Key innovative features

Predictable micro-stapling technology

Widely applicable

Self-aligning actuator

3-step deployment

Reloadable

Close-up of two robotic arms joining metallic connectors on a red surface, representing a precise assembly process.