OSC-80 Oximeter
510(k) K862161
Active
Valid until
No expiry
FDA recalls
None foundDocuments
Trust
Unverified
Regulatory status
| Region | Authorization | Number | Date | Status |
|---|---|---|---|---|
| United States | FDA 510(k)SESE | NumberK862161 | Date18 Aug 1986 | StatusActive |
Recalls
No FDA recalls found in the data synced 22 Oct 2026.
Coverage
- Active
- Expiring
- Withdrawn
- Listed
- Not covered
United States — FDA 510(k) Active
Specification
- 510(k) Number
- FDA Product Code
- DQA
- Device Class
- Class II
- Regulation
- 21 CFR Part 870.2700
- Advisory Committee
- Cardiovascular
- FDA Decision
- SESE Substantially Equivalent
Overview
AI-generated summary, 1 Oct 2026
The OSC-80 Oximeter is a pulse oximetry device designed to measure and display oxygen saturation levels in blood, typically used for monitoring patients' oxygenation status. As a non-invasive monitoring tool, it provides real-time data on arterial oxygen saturation (SpO₂) and pulse rate, aiding in clinical assessments and patient care. This device falls under the category of diagnostic oximeters, facilitating continuous or intermittent monitoring in various healthcare settings.
The OSC-80 Oximeter is supplied as a reusable medical device and is intended for use in clinical environments such as hospitals, operating rooms, or intensive care units. It operates on standard electrical power and requires proper calibration and maintenance as outlined in its specifications. The device holds an FDA 510(k) clearance under K862161, classified under product code DQA, with a decision of Substantially Equivalent (SESE) by the Cardiovascular Advisory Committee. No specific sterility or MRI safety information is provided in the available data.
Other devices from Waters Instruments, Inc.
Questions
AI-generated answers, 1 Oct 2026
What is the OSC-80 Oximeter used for?
The OSC-80 Oximeter is a non-invasive pulse oximetry device designed to monitor a patient’s arterial oxygen saturation (SpO₂) and pulse rate in real time. Clinicians use it to assess oxygenation status during continuous or intermittent monitoring in settings like operating rooms, intensive care units, or general hospital wards. Its readings help guide clinical decisions, such as ventilator adjustments or anesthesia management, by providing objective data on a patient’s respiratory health.
Is the OSC-80 Oximeter single-use or reusable?
The OSC-80 Oximeter is supplied as a reusable medical device. Unlike disposable oximeters, this model is intended for repeated use in clinical environments, provided it undergoes proper calibration, maintenance, and cleaning as specified in its operational manual. Reusability extends its cost-effectiveness for healthcare facilities while ensuring consistent performance over time.
Does the OSC-80 Oximeter require any special storage conditions?
The device data does not specify special storage conditions beyond standard environmental requirements for medical electronics. To maintain accuracy and longevity, it should be stored in a clean, dry location away from direct sunlight, extreme temperatures, or sources of electromagnetic interference. Follow the manufacturer’s guidelines for powering off and protecting the device during transport or when not in use.
What regulatory clearance does the OSC-80 Oximeter hold?
The OSC-80 Oximeter holds FDA 510(k) clearance under the reference number K862161, classified under product code DQA. The clearance was determined by the Cardiovascular Advisory Committee as Substantially Equivalent (SESE) to a predicate device, indicating it meets regulatory standards for safety and effectiveness as a diagnostic oximeter. This classification applies to its intended use in clinical settings for monitoring oxygen saturation and pulse rate.
How does the OSC-80 Oximeter differ from other reusable oximeters?
The OSC-80 stands out as a reusable pulse oximeter with a legacy of FDA clearance since 1986, reflecting its long-standing reliability in clinical environments. Unlike newer single-use alternatives, it is designed for durability and repeated calibration, making it suitable for high-volume settings like operating rooms or ICUs where continuous monitoring is critical. Its traditional design also ensures compatibility with legacy systems and sensors, though specific technical differences (e.g., sensor type, display resolution) would require consulting the manufacturer’s specifications.