Technocare Pulse Oximeter with NIBP (TM-5100T)

The Technocare Pulse Oximeter with NIBP (TM-5100T) is a high-performance medical device designed for real-time monitoring of vital parameters in critical care environments. This monitor is suitable for a range of clinical applications, including ICU, operating theatre (OT), general medicine, and surgery.

It provides continuous measurement of SpO2, Pulse Rate (PR), Non-Invasive Blood Pressure (NIBP), and Temperature. The device features a large LED display for clear parameter readings and a 3.5-inch color display for waveform visualization. NIBP measurements are performed using pulse wave oscillometry, with working modes including auto, manual, and continuous, and a cycle time adjustable from 1 to 480 minutes.

Equipped with adjustable limits and audible and visual alarms for saturation, system failure, and low battery, the TM-5100T ensures patient safety through continuous vigilance. It also includes NIBP overload protection and protective ESU (Electrosurgical Unit) noise resistance. The monitor supports efficient patient data tracking with a storage capacity of 2000 NIBP records and 78000 SpO2 records, offering 24-hour graphical trends. A built-in rechargeable battery ensures extended usage and continuous operation.

Key Features : 

Real-time monitoring of SpO2, Pulse Rate (PR), Non-Invasive Blood Pressure (NIBP), and Temperature for ICU, OT, Medicine, and Surgery applications.
Comprehensive operating parameters including SpO2 Measurement Range of 0% – 100%, Pulse Rate (PR) Range of 30 – 235 BPM, and Temperature Range of 0 – 50°C.
Integrated safety features such as adjustable limits, audible and visual alarms for saturation, system failure, and low battery, and NIBP overload protection.
Data storage capacity for 2000 NIBP and 78000 SpO2 records with 24-hour graphical trends, supported by a built-in rechargeable battery for continuous operation.
FDA 510(k) cleared for non-invasive measurement of SpO2, pulse rate, and NIBP in adult patients (K130056 for TM-Oxi system).