PT8183 Platinum Iridium Marker Band, Pt10Ir OD. 5.40 mm

Platinum Iridium Marker Band, Pt10Ir OD. 5.40 mm Description

This Platinum Iridium Marker Band, manufactured from premium Pt10Ir material, offers high radiopacity and biocompatibility. The alloy composition, comprising 10% iridium and 90% platinum, ensures visibility under imaging systems, enabling precise placement in minimally invasive procedures. Measuring 5.40 mm in outer diameter, 5.30 mm in inner diameter, and 2.50 mm in length, it is designed for integration into catheters and other medical devices that require performance markers.

In addition to excellent mechanical properties, this Pt10Ir marker band meets quality standards throughout the manufacturing process. Each unit undergoes thorough inspection to ensure tight dimensional tolerances, guaranteeing a secure fit and optimal performance. Its corrosion resistance and fatigue strength contribute to the longevity and efficacy of the band in complex clinical environments.

Platinum Iridium Marker Band, Pt10Ir OD. 5.40 mm Applications

The Platinum Iridium Marker Band, Pt10Ir OD. 5.40 mm is a specialist alloy component that provides high radiopacity, durability, and biocompatibility. Its platinum-iridium composition is ideal for environments that require accurate measurement or signal detection. Whether integrated into medical devices, analytical equipment, or aerospace systems, this alloy's unique properties assist in ensuring accurate positioning and visibility in various applications.

1. Medical Device Applications

·        Radiopaque Markers: Used in catheter assemblies for visibility during image-guided procedures.

·        Stent Positioning Rings: Assist in placement and alignment of cardiovascular stents.

2. Analytical Instrumentation

·        Mass Spectrometry Components: Provide stable ion paths and minimise contamination for consistent readings.

·        Sensor Probes: Ensure precise data collection in laboratory and industrial research environments.

3. Aerospace and Satellite Components

·        Guidance System Markers: Enhance accuracy of satellite navigation and positioning.

·        Protective Sensor Housings: Resist extreme temperatures and radiation exposure in orbit.

Platinum Iridium Marker Band, Pt10Ir OD. 5.40 mm Packaging

Each Platinum Iridium Marker Band, Pt10Ir OD. 5.40 mm is enclosed in a vacuum-sealed pouch with a protective foam insert to prevent damage. A specialised barrier film resists corrosion, ensuring product integrity. We offer tailored labelling and branding options, allowing customers to adjust the packaging to specific needs. Our packaging solutions ensure safe transport and product longevity.

Packaging: Vacuum sealed, Wooden Box, or Customised.

Platinum Iridium Marker Band, Pt10Ir OD. 5.40 mm FAQs

Q1: What are the key material properties of the Platinum Iridium Marker Band, Pt10Ir OD. 5.40 mm?

A1: The Pt10Ir alloy used in marker bands typically comprises 90% platinum and 10% iridium. This composition provides high radiopacity for fluoroscopic imaging. Additionally, it offers corrosion resistance and biocompatibility essential for medical device applications. The mechanical strength and ductility of Pt10Ir make it suitable for precise forming and tight dimensional control, ensuring reliable device performance.

Q2: How can the Platinum Iridium Marker Band, Pt10Ir OD. 5.40 mm be processed or fabricated?

A2: Processing typically involves precision forming and machining to achieve the outer diameter of 5.40 mm. Cold working methods, such as rotary swaging or drawing, improve material strength and dimensional accuracy. CNC turning and laser cutting may be employed to produce narrow tolerances and specific geometries. Controlled annealing steps help maintain optimal mechanical properties and minimise residual stresses throughout the fabrication cycle.

Q3: Which quality standards and certifications apply to the Platinum Iridium Marker Band, Pt10Ir OD. 5.40 mm?

A3: These marker bands typically comply with ISO 13485 for medical device quality management, ensuring manufacturing consistency and traceability. ASTM F1609 outlines guidelines for composition and mechanical properties of noble metal alloys used in implants. Additionally, compliance with relevant FDA regulations is crucial for marketing in the United States. Manufacturers may also obtain CE marking under the EU Medical Device Regulation to meet global requirements.

Related Information

1. Material Properties and Advantages

The Pt10Ir composition used in this marker band provides a combination of mechanical strength and radiopacity, ensuring visibility under imaging systems. Platinum's biocompatibility alongside iridium's characteristics creates a durable solution, matching the requirements of high-performance medical applications. This composition is particularly significant for devices that require tight dimensional accuracy, underscoring the product's dependability in critical implant or catheter-based procedures.

Unlike softer metals that may deform under stress, the Platinum Iridium Marker Band maintains its shape and tolerances during prolonged use. Its dimensions of OD 5.40 mm × ID 5.30 mm × L 2.50 mm confirm that the band retains sufficient rigidity without compromising flexibility, supporting integration in complex assemblies. By combining corrosion resistance and fatigue strength, this Pt10Ir grade marker band offers extended operational life and reduces replacement needs.

2. Quality Control Measures

During production, each marker band undergoes stringent dimensional inspections to confirm it meets the specifications of OD 5.40 mm × ID 5.30 mm × L 2.50 mm. Skilled operators use advanced metrology equipment to verify consistency in wall thickness, ensuring the Pt10Ir composition is uniform across the marker band. These checks help maintain the distinct properties of Platinum Iridium, safeguarding its critical function in high-precision medical devices.

Continuous testing extends to mechanical performance and chemical composition to confirm the integrity of the Pt10Ir grade. Instruments like scanning electron microscopes and spectroscopy tools identify microstructural inconsistencies. By adhering to quality protocols, the final marker band is equipped to meet requirements, providing stable performance and visibility in specialised clinical settings.