xactrobotics.com Open in urlscan Pro
141.193.213.10  Public Scan

Form analysis
0 forms found in the DOM

Text Content

 * Contact Us
 * Careers

 * XACT ACE® Robotic System
 * Clinical Applications
   * Anatomies
   * Procedures
   * Integrating Robotics Into Your Care
 * Resources
   * Case Studies
   * Clinician Resources
   * Patient Resources
 * News & Events
   * News
   * Events
 * About Us
   * History & Mission
   * Leadership Team
   * Careers

Request a Demo
 * Contact Us
 * Careers





CHANGING INTERVENTIONAL PROCEDURES. FOR GOOD.™



 * Unparalleled Accuracy

 * Unmatched Consistency

 * Unlimited Efficiency

Explore the System


WE HAVE THE POWER TO IMPROVE PATIENTS’ LIVES FOR DECADES TO COME.

Patients and their families give every one of our developments a purpose; every
one of our investments a soul; every one of our products a pulse. The ability to
improve patients’ lives is a powerful tool, it is the spirit of our company and
it defines our future.

Accuracy. Consistency. Efficiency.


COMPREHENSIVE ROBOTIC SYSTEM

The XACT ACE® Robotic System’s unique combination of features can overcome many
challenges in accessing percutaneous procedures, so you can get exactly on
target, every time.

Experience ACE


S-DRIVE™ TECHNOLOGY

Real-time, ongoing adjustments of the instrument trajectory to overcome tissue
or target movement.


When a moving target throws you a curve.™

In percutaneous procedures a target can shift from its original location due to
various reasons.

Remain exactly on target despite motion or obstacles with our proprietary
S-Drive technology which enables the XACT ACE Robotic System® to quickly adapt
from a linear to a non-linear trajectory with its robotic insertion and steering
of instruments.


PRECISE ROBOTIC INSERTION

Robotic insertion and advancement of instruments to follow the user’s clinical
input.


Remove manual inconsistencies.

The XACT ACE® Robotic System provides the opportunity to access
difficult-to-reach tumors, lesions, or tissue samples far smaller than possible
by manual insertion.

1. The user makes all the clinical decisions for the procedure. 
2. The ACE Robot precisely inserts instruments, removing inconsistencies that
can occur manually.
3. Physician completes the procedure with or without the robot attached to the
body.


IMAGE-GUIDED PLANNING

The physician creates and downloads a procedure plan to the robot for execution.


Your clinical expertise; executed.

The XACT ACE Robotic System relies on the user’s clinical expertise to create a
procedure plan for execution.

XACT’s planning software allows a user to select an entry point, target, and any
obstacles to calculate a trajectory for the procedure.


REAL-TIME MONITORING

Adjust the trajectory throughout the procedure to remain on target.


Plan. Monitor. Adjust. Confirm.

Because a lesion can move, it’s important to verify throughout the procedure
that the instrument remains on target.

The XACT ACE® Robotic System allows you to identify movement at any checkpoint
that may occur during instrument insertion.* You can leverage its S-Drive™
technology to adjust the trajectory and reach the target with unparalleled
accuracy. 

*Using real-time CT images taken during checkpoints


SYNCHRONIZED PATIENT MOUNTING

Quickly and securely attaches to the patient to compensate for movement.


Safe. Easy set-up. All-in-one.

Hands-free and patient-mounted, the XACT ACE® Robotic System adapts to varying
body sizes and target locations.

 * Quickly attaches directly on the patient
 * Moves with the patient, making it easier to remain on track despite breathing
   and movement
 * Maximizes the IR real estate with the registration element integrated
   directly into the ACE Robot

Unparalleled Accuracy. Unmatched Consistency.


IMPRESSIVE CLINICAL EXPERIENCE WITH UNPARALLELED OUTCOMES IN MULTIPLE ORGANS.*

 * <1.7mm average tip-to-target accuracy
 * 1 insertion-to-target
 * <8.5 minutes average skin-to-target time

Explore Clinical Experience



*Overall system average accuracy based on system specifications is defined as
3mm. Average of 1.7mm accuracy is obtained from company clinical studies for
biopsy procedures

 * 
   Lung
   Lung
   
   Lung nodules are particularly difficult to access because they are highly
   mobile and the needle path can be obstructed by anatomical obstacles. The
   XACT ACE Robotic System enables the user to plan and follow deep and complex
   trajectories, while the proprietary S-Drive™ technology compensates for
   respiratory and target movement to ensure the accurate placement of
   instruments.
   
   Small Lung Lesion Procedure
   Read Case Study
   Close
 * 
   Liver
   Liver
   
   The liver is mobile and adjacent to several vital organs and blood vessels. 
   Safely accessing lesions, especially those in the dome, can be problematic. 
   The XACT ACE Robotic System can accurately reach lesions with long and steep
   trajectories, while the proprietary S-Drive™ technology follows the user’s
   ongoing adjustments to the trajectory due to movement during the procedure.
   
   
   
   Liver Dome Procedure
   Read Case Study
   Close
 * 
   Renal
   Renal
   
   Renal lesions can be difficult to access with manual techniques due to tissue
   density. The XACT ACE Robotic System utilizes mechanical drivers with
   constant insertion speed to reach targets consistently and accurately with a
   single insertion.
   
   
   
   Renal Procedure: 0.62mm Tip-To-Target Accuracy
   Read Case Study
   Close
 * 
   Lymph Nodes
   Lymph Nodes
   
   Lymph nodes can be small, surrounded by vital organs or vascular structures,
   and difficult to access.  With direct patient mounting, the XACT ACE Robotic
   System provides unlimited options for instrument insertion points to achieve
   specific and safe trajectories with unparalleled accuracy.
   
   Obturator Lymph Node
   Read Case Study
   Close
 * 
   Omentum
   Omentum
   
   Lesions of the omentum are often long and narrow, making it challenging to
   find an appropriate insertion point that ensures the instrument remains
   tangential to the lesion. With direct patient mounting, the XACT ACE Robotic
   System provides optimal angulation that allows the advancement of instruments
   to reach the diseased tissue and spare non target anatomy.
   
   Renal Procedure: Robot Reached the Moving Target in One Shot
   Read Case Study
   Close
 * 
   Adrenal
   Adrenal
   
   Located near the kidney and diaphragm, the adrenal gland is a small and
   highly mobile structure. The XACT ACE Robotic System’s proprietary
   S-Drive™ technology leverages its ability to chart non-linear trajectories to
   successfully navigate through intercostal spaces to reach targets in the
   adrenal gland.
   
   Renal Procedure: Robot Reached the Moving Target in One Shot
   Read Case Study
   Close
 * 
   Prostate
   Prostate
   
   The prostate can be extremely challenging to access due surrounding bowel and
   blood vessels.  The XACT ACE Robotic System enables physicians to make staged
   adjustments to the trajectory throughout the procedure, while the proprietary
   S-Drive™ technology compensates for movement to ensure unparalleled accuracy
   when placing the instruments.
   
   Prostate Drainage
   Read Case Study
   Close

Unlimited Efficiency.


WITH STAFF SHORTAGES AND INCREASED DEMAND, PROCEDURE EFFICIENCIES MATTER MORE
THAN EVER.

Designed to support multiple applications and indications, is instrument
agnostic and has a small footprint, ensuring quick integration into a facility’s
workflow.

Explore Applications
 * 
   Ablation
   Ablation
   
   With unparalleled accuracy and one insertion to target, the XACT ACE Robotic
   System enables the placement of the ablation probe exactly and efficiently
   where you need it.
   
   Close
 * 
   Biopsy
   Biopsy
   
   The XACT ACE Robotic System provides the opportunity to biopsy small or
   difficult-to-reach tumors to support positive patient outcomes.
   
   Close
 * 
   Drainage
   Drainage
   
   With the ability to accommodate multiple angles and complex trajectories,
   the XACT ACE Robotic System can expand the potential insertion point options
   to aspirate or place drainage catheters, providing a more comfortable
   procedure for the patient.
   
   Prostate Drainage
   Read Case Study
   Close
 * 
   Drug Delivery
   Drug Delivery
   
   The XACT ACE Robotic System can help deliver therapeutic medicines with
   precision to increase their clinical efficacy.
   
   Close


OUR LATEST INNOVATIONS, NEWS, AND RESOURCES


SEE HOW WE’RE SUPPORTING EARLY PATIENT DIAGNOSIS AND TREATMENT.

Case Study
August 2022


LIVER DOME PROCEDURE

Read Case Study
Case Study
August 2022


PRECISION PLACEMENT FOR A LUNG LESION

Read Case Study
News
October 2022


XACT ROBOTICS® RECEIVES FDA CLEARANCE FOR ITS ACE XTEND™ REMOTE CONTROL UNIT

Read News
News
May 2022


XACT ROBOTICS® RECEIVES FDA CLEARANCE THAT EXPANDS SUPPORT FOR ABLATION
PROCEDURES

Read News
Case Study
August 2022


LIVER DOME PROCEDURE

Read Case Study
Case Study
August 2022


PRECISION PLACEMENT FOR A LUNG LESION

Read Case Study
News
October 2022


XACT ROBOTICS® RECEIVES FDA CLEARANCE FOR ITS ACE XTEND™ REMOTE CONTROL UNIT

Read News
News
May 2022


XACT ROBOTICS® RECEIVES FDA CLEARANCE THAT EXPANDS SUPPORT FOR ABLATION
PROCEDURES

Read News

Get In Touch


READY TO ACE YOUR PROCEDURES?

Request a Demo Contact Us


XACT Robotics Ltd.

8 Hatochen Street, 3rd Floor
Industry Park North
Caesarea 3079861
Israel

+972-4-770-0153

info@xactrobotics.com

XACT Robotics Inc.

75 Sgt William B Terry Drive
Suite 2400
Hingham, MA 02043
USA

+1-888-317-XACT (9228)

info@xactrobotics.com


 * XACT ACE® Robotic System
 * Clinical Applications
   * Anatomies
   * Procedures
   * Integrating Robotics Into Your Care
 * Resources
   * Case Studies
   * Clinician Resources
   * Patient Resources

 * News & Events
   * News
   * Events
 * About Us
   * History & Mission
   * Leadership Team
   * Careers
 * Request A Demo
 * FAQs

 * XACT ACE® Robotic System
 * Clinical Applications
 * Resources
 * News & Events
 * About Us
 * Careers
 * Request A Demo
 * FAQs

Contact Us
 * 
 * 
 * 

© 2022 XACT Robotics. All rights reserved

 * Privacy Policy
 * Terms of Service
 * Quality and Regulatory Compliance