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The World's Top 7 Surgical Robot Companies

To date, the da Vinci surgical robot system has assisted surgeons in performing more than 12 million surgeries. These clinically adopted surgical robots are helping doctors on the operating table demonstrate the unique advantages of robot-assisted surgery, improving surgical approaches across a wide range of fields, including general surgery, urology, gynecology, orthopedics, neurosurgery, and more. Robot-assisted surgery typically results in smaller incisions, faster recovery, and higher precision during the operation.

These surgical robot hardware and software systems are precisely integrated, combining mechanical operational accuracy with advanced software operating systems. This enables surgeons to perform procedures through small incisions while viewing the surgical site with a 3D high-definition visual field. The surgical coverage of robotic systems varies depending on the specific platform, but most surgical robots focus on the following specialties:

Urological surgery
Gynecological surgery
Orthopedic surgery
Spinal surgery
General surgery and colorectal surgery
Thoracic surgery

I. Intuitive Surgical’s da Vinci Surgical Robot

In 2026, Intuitive Surgical remains the world’s most dominant player in surgical robotics. Globally, more than 8,000 da Vinci systems have been installed, and over 12 million procedures have been performed, establishing the gold standard for robot-assisted surgery.

Surgical robotic arm with precision tools and rotational capabilities for medical procedures.

The da Vinci product series includes several models:

da Vinci SP (Single Port) – Enables single-port surgery through one small incision.
da Vinci X – A more cost-effective solution focused on core procedures.
da Vinci – The flagship system designed for complex multi-quadrant surgeries.

Each da Vinci system utilizes proprietary instruments and is backed by Intuitive’s robust ecosystem of training, service, and analytics. As one of the most commercially successful yet capital-intensive platforms, hospitals continue to pay for consumables and maintenance, making da Vinci a highly profitable and high-barrier surgical robot system.

II. Medtronic’s Hugo™ RAS Surgical Robot

Medtronic entered the surgical robotics market with the Hugo™ RAS, a modular, mobile cart-based platform designed as a more affordable alternative to fixed-tower systems like the da Vinci. Each robotic arm is mounted on its own cart, while the surgeon operates from an open 3D console. 

Surgical robotic system with multiple robotic arms and control units on wheeled platforms.

Integration with Touch Surgery Enterprise enables cloud-based video recording and performance analysis. Initially developed for urology and gynecology procedures, the Hugo system is now widely used across Europe, Latin America, and Asia. It holds CE marking and other international approvals.

The main advantage of Hugo lies in its flexible modular design and pricing model. Hospitals can configure and scale the system according to their budget and clinical needs. This modularity reflects the industry’s growing demand for space-efficient and adaptable surgical robots.

III. CMR Surgical’s Versius Surgical Robot

CMR Surgical, a UK-based company, developed the Versius system as a portable and scalable alternative to traditional fixed-tower robotic platforms. The Versius uses individual arm carts that can be flexibly arranged around the patient, offering greater layout flexibility and making it ideal for smaller operating rooms.

Surgical robotic system with robotic arms and a central console, positioned in a medical facility.

Versius has been adopted in both public and private hospitals across 20 global markets and has received regulatory approval in Europe, India, and several Latin American countries.

The system features a compact design, an open 3D console, high-definition visualization, and ergonomic hand controls. Its fast setup and minimal footprint reduce downtime between cases, making it an excellent choice for cost-sensitive healthcare systems and smaller medical facilities.

IV. Asensus Surgical’s Senhance Surgical Robot

Asensus Surgical has taken a unique path by enhancing traditional laparoscopy rather than fully replacing it. The Senhance system adds robotic precision, haptic (tactile) feedback, and eye-tracking camera control, creating a more intuitive and data-rich surgical environment.

Robotic surgical system with multiple arms and a control console.

Due to its relatively lower cost and strong training advantages, Senhance is most widely used in academic and teaching hospitals. It has received FDA clearance for general surgery, gynecology, and colorectal procedures, and is approved for use in Europe and Asia.

A major selling point is its excellent compatibility with existing hospital instruments and workflows, allowing easy integration without major infrastructure upgrades. Asensus also emphasizes real-time guided surgery, where intraoperative data supports clinical decision-making.

V. Stryker’s Mako SmartRobotics Surgical Robot

Stryker leads the orthopedic surgical robotics segment with its Mako SmartRobotics platform, specifically designed for joint replacement surgery. The system supports total knee, total hip, and partial knee arthroplasty.

Surgical robotic system with an articulated arm, display screen, and imaging equipment on wheeled units.

Mako uses 3D CT-based preoperative planning and real-time bone modeling to achieve superior accuracy and alignment. Surgeons can plan the procedure, make intraoperative adjustments, and perform bone cuts with sub-millimeter precision using the robotic arm.

Hospitals trust Mako for its proven precision, consistent outcomes, and faster patient recovery. While it is not used for soft tissue procedures, Mako remains the global leader in robot-assisted orthopedic surgery and often serves as the benchmark for evaluating robotic systems in this field.

VI. Zimmer Biomet’s ROSA Surgical Robot System

Zimmer Biomet offers two primary robotic platforms: ROSA Knee and ROSA Spine, both designed to assist orthopedic and neurosurgical procedures. These systems provide robotic guidance for bone preparation through real-time feedback and preoperative imaging, with a strong focus on digital data integration.

Robotic surgical system with a mounted screen displaying procedure details in a medical setting.

The company’s ZBEdge™ digital surgery ecosystem combines robotics, smart implants, and data analytics to track patient progress from surgery through rehabilitation. Hospitals using ROSA particularly value its intelligent alignment tools and motion tracking capabilities, which are especially beneficial in spine surgery where precision is critical.

VII. Smith & Nephew’s CORI Surgical Robot System

The CORI system is a compact, mobile platform designed for knee replacement surgery. Optimized for speed, small footprint, and ease of use, it is particularly well-suited for ambulatory surgery centers (ASCs) where large tower systems are not practical.

Surgical robot system with control panel and planning software for implant procedures.

CORI combines real-time intraoperative imaging with robotic-guided resection, allowing precise bone cuts without the need for preoperative CT scans. This simplifies workflows and reduces radiation exposure — an important advantage in outpatient care.

CORI is especially popular in same-day joint replacement programs at ambulatory centers, where high patient turnover and rapid recovery are essential. It represents the growing market trend toward surgical robot systems tailored for outpatient and ambulatory surgical care.

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