Nihon Kohden TL-272T3 Pediatric SpO2 Disposable Finger Probe Sensor

Nihon Kohden TL-272T3 Reusable Adult SpO2 Finger Clip Sensor | 1.6m Cable | 8-Pin | 1/EA | New

The Nihon Kohden TL-272T3 is a premium, reusable SpO2 pulse oximetry sensor designed for continuous or spot-check arterial oxygen saturation and pulse rate monitoring in adult patients (>40 kg). Engineered with high-sensitivity optical components and an ergonomic finger clip design, it provides accurate, real-time physiological readings across patient monitor systems. Its durable construction withstands frequent chemical disinfection in high-acuity environments including ICUs, operating rooms, and emergency departments.

Product Details

• Manufacturer: Nihon Kohden
• Brand: Nihon Kohden®
• Model / Catalog Number: TL-272T3 (TL-272T)
• Product Name: Reusable SpO2 Finger Clip Sensor
• Product Type: Patient Monitoring Accessory / Pulse Oximeter Probe
• Patient Population: Adult (>40 kg / 88 lbs)
• Application Site: Index or secondary digit (finger)
• Cable Length: 1.6 meters (approx. 5.2 feet)
• Connector Type: Nihon Kohden 8-pin red connector
• Compatibility: Nihon Kohden patient monitors (including Life Scope series, BSM-2300, BSM-4100, BSM-5100, BSM-9101, and compatible SpO2 modules)
• Quantity Included: 1 reusable SpO2 sensor
• Unit of Measure: 1 Each (1/EA)
• Application: Continuous arterial oxygen saturation (SpO2) and pulse rate monitoring
• Reusability: Reusable (Cleanable / Surface Disinfectable)
• Latex Status: Latex-free
• Condition: New

Key Features

• Precision optical sensors provide rapid, accurate SpO2 tracking and pulse rate detection even during low-perfusion states
• Spring-loaded finger clip design ensures uniform pressure and reliable alignment without sacrificing patient comfort
• Flexible, high-grade cable shielding reduces motion artifacts and electrical signal interference
• Durable medical-grade housing cleans easily with standard hospital surface disinfectants
• Direct-connect 8-pin interface connects seamlessly to Nihon Kohden monitoring systems without requiring additional adapter cables