In an era where precision and efficiency are paramount in healthcare, the demand for innovative solutions continues to rise. As medical technology advances, so too does the need for tools that enhance the accuracy and effectiveness of diagnostic and treatment procedures. Companies at the forefront of this revolution are redefining patient care, streamlining operations, and ultimately saving lives. Among these trailblazers is XACT Robotics, a leader in the field of radiology.

XACT Robotics is transforming the landscape of radiology with its groundbreaking hands-free robotic technologies, meticulously designed to improve the accuracy, efficiency, and consistency of percutaneous procedures. The company is dedicated to supporting earlier patient diagnosis and treatment, making a significant impact on healthcare outcomes.

XACT ACE^® Robotic System: A Revolutionary Leap in Percutaneous Procedures

The XACT ACE^® Robotic System stands out as the world’s first and only comprehensive robotic solution that integrates image-guided planning and real-time monitoring with precise robotic insertion and innovative S-Drive™ technology. This groundbreaking system ensures that instruments are delivered accurately to desired targets within the body, enhancing accuracy, consistency, and efficiency in percutaneous procedures.

Unparalleled Accuracy: With the ability to reach targets of any size or depth, the XACT ACE^® system facilitates early diagnosis and treatment, effectively reducing the “watchful waiting” period that often prolongs patient anxiety and delays intervention. By improving diagnostic yield and fostering positive outcomes, this system represents a significant advancement in patient care.

Unmatched Consistency: Designed to simplify complex procedures, the XACT ACE^® system ensures that instruments are delivered to the target in one smooth insertion. This reliability helps to streamline the procedural process, minimizing duration while maintaining excellent patient outcomes.

Unlimited Efficiency: The XACT ACE^® Robotic System is engineered to accommodate a range of applications and indications. Its instrument-agnostic design allows for the use of tools already available within the facility, making integration into existing workflows swift and seamless. Its compact footprint ensures that it fits effortlessly into any clinical environment.

Comprehensive Robotic System for Percutaneous Procedures: The XACT ACE^® Robotic System uniquely addresses common challenges associated with percutaneous procedures, ensuring that practitioners can consistently hit their targets—exactly as intended—every time.

S-Drive^™ Technology: Precision in Motion: Equipped with proprietary S-Drive^™ technology, the XACT ACE^® system adeptly navigates the challenges posed by patient movement, breathing, and anatomical changes. When a target shifts from its planned trajectory, S-Drive^™ allows the system to steer the instrument along a non-linear path, maintaining precise alignment with the desired target without necessitating instrument reinsertion.

Factors that Make XACT ACE^® Robotic System Standout

Precise Robotic Insertion for Difficult Access

This advanced robotic system empowers healthcare providers to access tumors, lesions, or tissue samples that may be difficult to reach. By facilitating hands-free, precise insertion and advancement of instruments, the XACT ACE^® system eliminates inconsistencies that can occur with manual procedures. Its versatility allows for the use of various instruments for different procedures, such as ablation, biopsy, drainage, or targeted drug delivery, ensuring quick adoption and integration into the clinical workflow.

Image-Guided Planning and Real-Time Monitoring

The effectiveness of the XACT ACE^® Robotic System is enhanced by its reliance on the clinician’s expertise to create a detailed procedure plan. Utilizing XACT’s sophisticated planning software, operators can transition their plans seamlessly to the robotic system. They can select entry points, targets, and identify obstacles to calculate both linear and non-linear trajectories.

Real-time monitoring is vital for the success of each procedure, particularly given the ongoing movement of lesions. The XACT ACE^® system continuously verifies that the instrument remains on target throughout the insertion process. If any movement occurs, real-time CT imaging allows for immediate adjustments to the instrument’s trajectory, with S-Drive^™ technology ensuring the path is adjusted without the need for reinsertion.

Synchronized Patient Mounting for Enhanced Flexibility

The XACT ACE^® Robotic System features a synchronized patient mounting system that attaches quickly and securely, accommodating multiple anatomical positions while compensating for patient movement and breathing. Designed for hands-free operation, it can adapt to varying body sizes and target locations, maximizing the efficiency of interventional radiology environments.

Safe and Easy to Use

The system is engineered with safety in mind, compensating for patient movement and breathing while offering easy setup and integration. The all-in-one design maximizes interventional radiology space, ensuring that healthcare providers can deliver exceptional care with confidence and precision.

With the XACT ACE^® Robotic System, the future of percutaneous procedures is here—offering enhanced accuracy, consistency, and efficiency that transforms the landscape of patient diagnosis and treatment.

Shai Meltzer | CEO

Shai is a well-established executive with more than 20 years of management experience, which includes finance and accounting, developing business growth strategies, maximizing operating margins as well as building strong, diverse teams.

Before joining XACT, Shai was Head of Finance for Marvell Israel. Before this, Shai was the CFO at Wavion Networks. Most recently, Shai held a few key positions at Nanomotion, starting as CFO, VP Operations and then followed by a General Manager position.

Shai holds a B.A. in Economics and Accounting from Haifa University, Israel.

“XACT Robotics is advancing the field of radiology with cutting-edge technology that enhances the accuracy, consistency, and efficiency of procedures in support of early patient diagnosis and treatment.”