OEM Fingertip Oximeter with OLED Display
Short Description:
Product Details
| Feature | Description |
|---|---|
| Display | OLED |
| SpO2 Range | 70%-99% |
| Accuracy | ±2% (70%-99%) |
| Pulse Rate Range | 30BPM-240BPM |
| Power Source | 2 AAA batteries |
Common Specifications
| Parameter | Specification |
|---|---|
| Perfusion | <0.4% |
| Power Consumption | Below 30mA |
| Operating Temperature | 5℃-40℃ |
| Storage Conditions | -10ºC-40ºC, 10%-80% RH |
Manufacturing Process
The manufacturing process of the OEM Fingertip Oximeter adheres to ISO13485 standards. It involves precision assembly of electronic components that measure light absorption changes in blood. The two different wavelengths of light used in the device ensure accurate readings of blood oxygen levels. Thorough quality checks are performed at every stage. According to studies, the incorporation of advanced photoelectric technology improves measurement accuracy and device reliability. Overall, the process ensures the production of reliable oximeters suitable for various applications.
Application Scenarios
Oximeters are crucial in medical monitoring, particularly for patients with respiratory or cardiac conditions. They provide real-time data on oxygen saturation and pulse rate, aiding in chronic illness management. Studies highlight their importance during surgeries and anesthesia to maintain patient safety. In sports, they help athletes track oxygen levels during high-altitude training. For home care, they offer an accessible way for individuals with health concerns to monitor their conditions consistently.
After-Sales Service
We provide comprehensive after-sales support, including warranty services, technical assistance, and product replacement for faulty units. Our dedicated team ensures you get the best service.
Transportation
Our products are carefully packaged to prevent damage during shipping. We offer global shipping services and provide tracking to monitor your order's transit.
Product Advantages
- Non-invasive and painless monitoring.
- Compact and portable design.
- High accuracy and fast readings.
- LED display for clear visibility.
Product FAQ
- What is the OEM Fingertip Oximeter used for?
- How does the oximeter work?
- Is the oximeter accurate?
- How portable is the device?
- Can it be used on children?
- How long do the batteries last?
- Does the oximeter come with a warranty?
- What should I do if the readings fluctuate?
- Is the device approved for medical use?
- Where can I purchase the oximeter?
The OEM Fingertip Oximeter is used to measure blood oxygen levels (SpO2) and pulse rate. It's beneficial for home monitoring and professional medical use.
The device uses light beams at different wavelengths to determine oxygen saturation and pulse rate by measuring light absorption changes in blood.
Yes, the oximeter is designed to provide accurate readings within a margin of ±2% for SpO2 levels from 70% to 99%.
The oximeter is compact and lightweight, making it easy to carry around for personal and professional use.
Yes, but ensure that it fits snugly on a child's fingertip for accurate readings. Adult supervision is recommended.
With low power consumption, the device can work continuously for up to 50 hours on standard AAA batteries, depending on usage frequency.
Yes, our oximeters come with a standard one-year warranty. Please contact support for any issues within the warranty period.
If readings fluctuate, ensure proper placement on the finger and check for movement or obstructions like nail polish.
Yes, the OEM Fingertip Oximeter meets ISO13485 standards, ensuring it is approved for medical use.
The OEM Fingertip Oximeter is available on our website and through authorized distributors near you. Contact us for assistance.
Product Hot Topics
- Pulse Oximeters in 2023 Healthcare
- The Future of Oximeter Technology
- Oximeter Usage in Sports
- Role of Oximeters in Chronic Disease Management
- Integration of Oximeters in Telehealth
- The Importance of SpO2 Monitoring at Home
- Advancements in Non-Invasive Medical Devices
- Challenges in Oximeter Accuracy
- Oximeters in Sleep Studies
- The Role of Oximeters During Pandemic Resurgence
As of 2023, pulse oximeters, including the OEM Oximeter, remain integral in the healthcare sector for ensuring patient safety and health management. The pandemic highlighted the significance of oximeters as essential tools for home monitoring, especially for respiratory conditions. Technology advances continue to enhance their precision, making them indispensable in both hospital and home settings. Users appreciate their affordability, portability, and ease of use, recognizing the oximeter's role in preventive health care, especially for chronic conditions.
The future of oximeter technology, including OEM Oximeters, lies in integrating biometric data with AI for predictive health insights. Innovations focus on improving accuracy under challenging conditions, such as low perfusion or high motion. Newer models aim to incorporate connectivity features, allowing seamless data transfer to health apps for ongoing monitoring. The ease of use, combined with technological advancements, promises a broader application in telemedicine, offering real-time health analysis and intervention support.
OEM Oximeters have gained popularity in sports for monitoring athletes' oxygen levels during training, particularly in high-altitude conditions. Athletes leverage oximeters to optimize their training by ensuring adequate oxygen supply, preventing hypoxia-related issues. Coaches integrate oximeter data into performance analytics, enhancing training regimens. With their non-invasive nature and portability, oximeters are valuable for sports enthusiasts seeking to maximize their physical endurance safely.
OEM Oximeters are essential in managing chronic diseases like COPD and heart failure. They offer patients an accessible way to monitor their oxygen levels, ensuring timely medical intervention. Regular monitoring aids in adjusting medication and treatment plans, enhancing overall disease management. Healthcare providers encourage the use of oximeters for patients with chronic illnesses as part of a comprehensive care strategy, contributing significantly to improving quality of life.
With telehealth becoming mainstream, OEM Oximeters play a pivotal role in remote patient monitoring. The ability to track oxygen levels at home and share data with healthcare providers enhances patient engagement and care efficiency. Oximeters paired with telemedicine platforms allow for a proactive health management approach, empowering patients and clinicians to address health concerns promptly.
OEM Oximeters enable individuals to monitor their SpO2 levels conveniently at home, providing peace of mind for those with health concerns. During the COVID-19 pandemic, home monitoring of SpO2 levels became crucial for early detection of potential complications. This accessibility to critical health information allows individuals to make informed decisions about seeking medical attention.
OEM Oximeters represent advancements in non-invasive medical devices, emphasizing patient comfort and ease of use. These devices provide swift, reliable data without invasive procedures, enhancing patient compliance and engagement. The trend towards non-invasive diagnostics is expected to grow, with oximeters leading the way in accessible health monitoring solutions.
While OEM Oximeters are designed for accuracy, certain factors like poor circulation and skin pigmentation can affect readings. Manufacturers continuously research and develop solutions to enhance device precision across diverse user demographics. Understanding these limitations is crucial for users to contextualize their readings and use oximeters effectively alongside other diagnostic methods.
OEM Oximeters are instrumental in conducting sleep studies, allowing for the monitoring of oxygen levels during sleep. This data is vital for diagnosing sleep apnea and evaluating treatment efficacy. The integration of oximeters in sleep studies offers a non-disruptive way to capture essential health metrics, aiding sleep specialists in delivering targeted care plans for their patients.
During periods of pandemic resurgence, OEM Oximeters have proven invaluable in home health monitoring, alleviating healthcare system burdens. Their ability to provide immediate insights into respiratory health empowers patients in self-monitoring, facilitating early intervention. Public health initiatives emphasize the use of oximeters as a frontline tool in managing pandemic-related health concerns, illustrating their critical role in public health strategies.
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