Meet the V-Sign™ Sensor
for the Sentec Transcutaneous Monitoring System
Meet the V-Sign™ Sensor
for the Sentec Transcutaneous Monitoring System
Meet the V-Sign™ Sensor
for the Sentec Transcutaneous Monitoring System
Innovation where technology touches patients
The digital V-Sign™ Sensor enables accurate, noninvasive, and continuous measurement of tcPCO2, pulse oximetry (SpO2, pulse rate) and relative heating power (RHP), with low operating temperatures that protect skin integrity.
An innovative design features digital processing directly in the sensor head and prioritizes both patient comfort and clinical ease of use.
Unique Smart Cal-Mem technology
The Smart Cal-Mem feature allows temporary disconnection for up to 30 minutes without the need to recalibrate – ideal for patient repositioning, facilitating kangaroo care, bathroom breaks, and patient compliance issues.
User-friendly monitoring experience
Long, flexible cables support patient comfort and ease of use with reduced pull on the measurement site.
Sensor rotates 360° within the attachment ring, enabling easier application and removal.
~28-day membrane life and 8-12* hour monitoring times simplify caregiver workflows.
*8 recommended; 12 maximum
A full suite of attachment solutions – for diverse patient types & care settings
MARe-MI
All-purpose attachment ring for mature, intact skin
MARe-SF
All-purpose attachment ring for fragile skin
Ear Clip
Simple, comfortable attachment option that clips to ear lobe
StaySite Adhesive
Additional layer of adhesion to keep multisite rings in place
Non-Adhesive Wrap
Soft, adhesive-free attachment that wraps around the thigh
Contact Gel
Single-use contact gel that enables convenient workflow & supports infection control
IPV Evidence Brochure
Blood draws for lab work are well-established as one of the main drivers of anemia of prematurity leading to a high rate of transfusion in the NICU. Learn more about the problem and how transcutaneous monitoring can be part of the solution.
Transcutaneous CO2 Monitoring for Neonates
Blood draws for lab work are well-established as one of the main drivers of anemia of prematurity leading to a high rate of transfusion in the NICU. Learn more about the problem and how transcutaneous monitoring can be part of the solution.
IPV Evidence Brochure
Blood draws for lab work are well-established as one of the main drivers of anemia of prematurity leading to a high rate of transfusion in the NICU. Learn more about the problem and how transcutaneous monitoring can be part of the solution.
Transcutaneous CO2 Monitoring for Neonates
Blood draws for lab work are well-established as one of the main drivers of anemia of prematurity leading to a high rate of transfusion in the NICU. Learn more about the problem and how transcutaneous monitoring can be part of the solution.
