Pulse Oximeter Heating Ring Titanium Tube

Solution

Product Description

The Heart Valve Frame is a precision-engineered structural scaffold designed to support prosthetic heart valves in both surgical and transcatheter procedures. Crafted from medical-grade titanium, it ensures excellent biocompatibility, durability, and resistance to corrosion, offering a reliable foundation for valve leaflets. Its advanced design balances flexibility and strength, allowing seamless integration with cardiac tissue while maintaining optimal hemodynamic performance. Ideal for high-performance medical devices, this frame supports long-term patient safety and clinical reliability.

Product Features

• High Biocompatibility
  Made from medical-grade titanium, ensuring excellent compatibility with human skin and tissues—ideal for wearable medical devices like pulse oximeters.

• Efficient Heating Performance
  Integrated micro-heating function maintains optimal sensor temperature, reducing condensation and improving signal accuracy in cold or humid environments.

• Lightweight and Durable
  Titanium construction offers an excellent strength-to-weight ratio, ensuring long-term use without adding bulk to the wearable device.

• Corrosion and Oxidation Resistance
  Resistant to sweat, moisture, and atmospheric oxidation, maintaining structural integrity in continuous skin-contact applications.

• Precise Thermal Control
  Provides stable and uniform heating to prevent measurement errors caused by temperature fluctuations on the skin surface.

• Compact Design for Integration
  Slim, ring-shaped structure allows seamless integration into compact oximeter housings without interfering with optical sensor functions.

• Customizable Specifications
  Available in various diameters, thicknesses, power ratings, and voltage options to meet specific design and thermal requirements.

• Safe and Low Voltage Operation
  Designed for low-power medical devices with safe voltage ranges, ensuring user safety during long-term continuous monitoring.

Application Fields

The Pulse Oximeter Heating Ring Titanium Tube is designed for advanced temperature control in medical and wearable monitoring systems. It is widely used in:

• Wearable Pulse Oximeters
  Integrated into finger-clip or ring-type oximeters to maintain consistent skin temperature for accurate SpO₂ and heart rate readings.

• Medical Monitoring Devices
  Applied in hospital-grade patient monitors in ICUs or operating rooms, where stable sensor temperature enhances signal reliability.

• Sports and Fitness Trackers
  Embedded in high-end smartwatches or fitness bands to ensure accurate readings during outdoor or cold-weather activities.

• Home Healthcare Equipment
  Ensures measurement precision in remote patient monitoring systems and elderly care devices used in non-clinical environments.

• Neonatal and Pediatric Monitoring
  Maintains warmth and measurement stability in sensitive applications like neonatal incubators and pediatric oximeters.

• Aerospace and Altitude Monitoring Systems
  Used in high-altitude oxygen monitoring devices to prevent condensation and thermal drift under fluctuating environmental conditions.

• Military and Field Medical Equipment
  Ideal for portable diagnostic kits used in extreme environments, ensuring reliability in temperature-variable conditions.

Precautions

1. Only use in approved medical applications under professional guidance.

2. Ensure correct sizing and compatibility with the prosthetic valve leaflet.

3. Avoid mechanical deformation during handling to maintain structural integrity.

4. Follow sterilization protocols recommended for titanium medical implants.

5. Store in controlled conditions to prevent contamination before use.

Why Choose Us

• Medical-Grade Expertise
  We specialize in producing titanium heating components that meet strict medical device standards, ensuring safety, biocompatibility, and performance.

• Precision Engineering
  Our heating rings are manufactured with micron-level tolerances to guarantee uniform temperature distribution and seamless integration into compact pulse oximeter designs.

• Reliable Thermal Performance
  Our products maintain stable heating in variable conditions, improving signal accuracy and minimizing condensation interference.

• Custom-Tailored Solutions
  We offer full customization including size, voltage, power rating, and mounting method to perfectly match your device's design and functional requirements.

• High-Quality Materials
  Using only medical-grade titanium (Grade 2 or Grade 5), we ensure excellent corrosion resistance, light weight, and long service life under continuous use.

• Certified Manufacturing
  All components are produced in ISO 13485 and ISO 9001 certified facilities, with RoHS-compliant processes and full traceability.

• Rapid Prototyping & Global Delivery
  From concept to production, we support fast prototyping and international shipping to meet tight development cycles and global demand.
  
  

FAQ

Q1: What materials are used in the Heart Valve Frame?
A1: We use medical-grade titanium (Grade 2 or Grade 5), ensuring excellent biocompatibility, corrosion resistance, and durability.

Q2: Can the frame be customized for specific patient requirements?
A2: Yes, we provide custom diameters, thicknesses, and geometries to match different valve designs and clinical applications.

Q3: Is this frame suitable for both surgical and transcatheter procedures?
A3: Absolutely. Its flexible yet strong design allows integration into both minimally invasive and open-heart surgeries.

Q4: How is the product sterilized?
A4: The frame can be sterilized using standard medical protocols, including autoclaving and gamma sterilization, without compromising material properties.

Q5: What certifications does the product have?
A5: Manufactured in ISO 13485 and ISO 9001 certified facilities, following RoHS-compliant processes with full traceability.

Q6: What is the expected service life of the Heart Valve Frame?
A6: Designed for long-term implantation, titanium frames maintain structural integrity and function over many years.