DeepSight is revolutionizing ultrasound
with new, foundational sensor
technology that will deliver
unmatched impact.

The Long-Standing Problem

Visibility in Interventional Procedures

For nearly 200 years, needle technology has remained largely unchanged — yet needles, wires, and catheters are still central to the vast majority of advanced medical procedures. In high‑stakes clinical settings, these tools are often used near delicate, high‑risk anatomy, where every millimeter counts.

Clinical Challenges:

  • Operating close to critical structures

  • The need for precise targeting and controlled movements

  • Complex hand‑eye coordination

  • Shortage of highly skilled practitioners

The Visualization Gap:
Despite imaging advances, major limitations persist:

  • Poor needle visibility in tissue

  • Unreliable instrument tracking

  • Limited accuracy with conventional ultrasound systems

These challenges can slow procedures, increase uncertainty, and impact patient outcomes — highlighting the urgent need for a new approach.

The Vast Opportunity

Rising Demand for Precision

More than 200 million needle‑based procedures are performed globally each year — and volumes are rising rapidly. Growth in minimally invasive and catheter‑based procedures is accelerating across specialties:

U.S. Annual Growth Rates (CAGR):

  • Neuromodulation: 12.4%

  • Ablation: 10.3%

  • Interventional Cardiology: 8.1%

  • Interventional Neurology: 6.5%

  • Interventional Radiology: 5.2%

This surge is driving demand for technologies that can deliver greater accuracy, control, and efficiency, empowering clinicians to meet growing procedure volumes without compromising care quality.

The Solution: NeedleVue™ Technology

Transformational smart sensor to deliver trajectory guidance, real-time tracking and anatomic ultrasound view from the tip of virtually any instrument.

In- or out-of plane

At any angle

At any depth

On-Point™ Imaging - Ultrasound image from the perspective of the instrument tip

  • Non-electrical

  • Plug & Play

  • As small as 50 µm, can be integrated into virtually any medical instrument

  • Impervious to magnetic fields

  • Automatically self-calibrating

  • Free-hand workflow

  • Capable of withstanding extreme heat and cold

  • Works inside ablation cloud

  • Works within ultrasound contrast media

  • Capable of highly-precise localized temperature & pressure sensing

  • Low-cost disposable