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A Senhance system over a empty table
A Senhance robot with a light attached to it in a blue room

Unprecedented Surgical Control, Without Traditional Cost Barriers

Surgeons need real-time information to make informed decisions, navigate challenging anatomy, and reduce variability. With a full suite of reusable instruments and open-platform architecture that enable hospitals to leverage existing investments, Senhance removes economic barriers to the most advanced minimally invasive surgeries.

Performance-Guided Surgery

Real-Time Augmented Intelligence

Jump Destination: #solutions

Laparoscopic Surgery Solutions

Senhance technology uses familiar minimally invasive laparoscopic surgery techniques with a view toward upgrading safety and efficiency without a steep learning curve for surgeons.

A Senhance system working on a patient

Efficiency

Help standardize and streamline surgical procedures, with the goal of increasing precision and control.

 

A doctor siting in a chair with a controller in their hand

Variability

Address aspects of surgery that make procedures less predictable, such as patient anatomy and procedure anomalies.

A hand holding onto a controller

Workforce

Improve ergonomics in the OR with the goal of increasing surgeon career longevity.

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System Features

Select the appropriate scale to enable precise manipulation during delicate tasks.
A small tweezers like robotic tool
First-of-its-kind haptic sensing transmits forces sensed by the robotic instruments to the surgeon’s hands for heightened awareness.
A pair of hands holding two controllers
The surgeon controls the movement of camera with their natural eye movements, including pan and zoom features, enabling full control of the third robotic arm.
The head of a doctor
Surgeons operate with laparoscopic techniques while comfortably seated, free to reposition their arms and hands at any time by engaging the clutch pedal.
An empty chair in front of a controller
The open cockpit allows a direct line-of-sight to sterile field, enabling easy access to the patient and clear communication between the surgeon and staff.
A doctor using a controller to move a robot
Senhance’s broad offering of 3mm and 5 mm fully reusable instruments, along with minimal disposables, creates a responsible per-procedure pricing model similar to traditional laparoscopy.
Multiple replaceable tips for the Senhance system
Set a digital fulcrum point to minimize torque at the incision site.
A robot arm with multiple rotation points
Select the appropriate scale to enable precise manipulation during delicate tasks.
A small tweezers like robotic tool
First-of-its-kind haptic sensing transmits forces sensed by the robotic instruments to the surgeon’s hands for heightened awareness.
A pair of hands holding two controllers
The surgeon controls the movement of camera with their natural eye movements, including pan and zoom features, enabling full control of the third robotic arm.
The head of a doctor
Surgeons operate with laparoscopic techniques while comfortably seated, free to reposition their arms and hands at any time by engaging the clutch pedal.
An empty chair in front of a controller
The open cockpit allows a direct line-of-sight to sterile field, enabling easy access to the patient and clear communication between the surgeon and staff.
A doctor using a controller to move a robot
Senhance’s broad offering of 3mm and 5 mm fully reusable instruments, along with minimal disposables, creates a responsible per-procedure pricing model similar to traditional laparoscopy.
Multiple replaceable tips for the Senhance system
Set a digital fulcrum point to minimize torque at the incision site.
A robot arm with multiple rotation points
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What Surgeons Are Saying

"With Smart Tracking, wherever my retina moves on the operative field, the camera follows. Now that's amazing." 

Dr. Amit Trivedi

Chair, department of surgery, pascack valley medical center, westwood, NJ 

 

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Questions about the Senhance System?

Get in touch with us.

Contact Asensus

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1Source: Coussons H, Feldstein J, McCarus S. Senhance surgical system in benign hysterectomy: A real-world comparative assessment of case times and instrument costs versus da Vinci robotics and laparoscopic-assisted vaginal hysterectomy procedures. Int J Med Robot. 2021 Aug;17(4):e2261. doi: 10.1002/rcs.2261. Epub 2021 Apr 23. PMID: 33860631.

2. Menke V, Kottmann T, Willeke F, Hansen O. Learning curves and procedural times in Senhance®-robotic assisted fundoplication: results from 237 consecutive patients undergoing robotic fundoplication in a single center as part of the European TRUST Robotic Surgery Registry Study. Surg Endosc. 2023 Nov;37(11):8254-8262. doi: 10.1007/s00464-023-10226-3. Epub 2023 Sep 5. PMID: 37670190.