PT8176 Platinum Iridium Marker Band, Pt10Ir OD. 0.35 mm

Platinum Iridium Marker Band, Pt10Ir OD. 0.35 mm Description

Meticulously engineered from the Pt10Ir alloy, this Platinum Iridium Marker Band (OD 0.35 mm × ID 0.30 mm × L 0.50 mm) delivers exceptional radiopacity and corrosion resistance. The 10% iridium content enhances the durability of platinum, allowing it to withstand demanding conditions without compromising on structural integrity. Its narrow dimensional tolerances and smooth finish make it ideal for use in high-precision medical devices, contributing to reliable positioning and improved visibility under fluoroscopic imaging.

In addition to its material advantages, this marker band is crafted according to exacting quality standards to ensure consistent performance in critical applications. Each unit undergoes thorough inspection and testing, validating its biocompatibility and mechanical strength. The result is a dependable, high-performance component suitable for interventional and diagnostic procedures.

Platinum Iridium Marker Band, Pt10Ir OD. 0.35 mm Applications

Platinum Iridium Marker Bands, such as these Pt10Ir OD. 0.35 mm components, offer a combination of biocompatibility, radiopacity, and mechanical durability. Thanks to their nature and visibility under imaging equipment, these marker bands find application across multiple industries. They serve as tracking and identification tools in medical procedures and also facilitate precise positioning mechanisms in aerospace and industrial settings.

1. Medical Device Applications

·         Radiopaque Markers: Pt10Ir provides visibility under imaging, ensuring accurate device placement and monitoring during surgical and diagnostic procedures.

·         Catheter Placement Guides: The 0.35 mm OD aids in guiding catheters through complex vascular pathways, enabling navigation and reducing procedural complications.

2. Aerospace Components

·         High-Precision Tracking: Marker bands integrated into aerospace assemblies allow monitoring of movement, stress, and alignment in critical structures.

·         Satellite Assembly Fittings: Pt10Ir marker bands help identify component positions for maintenance and inspections, contributing to the longevity of space-bound equipment.

3. Industrial Instrumentation

·         Sensor Calibration: Incorporating Pt10Ir marker bands enhances the sensitivity and accuracy of industrial sensors, enabling calibration and reliable data collection.

·         Non-Destructive Testing Probes: Their radiopaque properties allow localization within inspection devices, improving the detection of structural defects in machinery.

Platinum Iridium Marker Band, Pt10Ir OD. 0.35 mm Packaging

Each Platinum Iridium Marker Band is encased in soft foam pouches to prevent scratches or impact damage. The bands are sealed in vacuum-packaged bags, eliminating moisture and oxidation risks for anti-corrosion protection. A tamper-evident outer carton shields contents during transit. Optional custom labeling, barcoding, and specialized dimensions are available to meet customer requirements, ensuring transport security and easy identification.

Packaging: Vacuum sealed, Wooden Box, or Customised.

Platinum Iridium Marker Band, Pt10Ir OD. 0.35 mm FAQs

Q1: What are the key material properties of Platinum Iridium Marker Band, Pt10Ir OD. 0.35 mm?

A1: This alloy features a high-density composition that combines 90% platinum with 10% iridium, providing radiopacity for precise imaging in medical devices. The OD. 0.35 mm dimension ensures a thin yet robust structure. Pt10Ir is known for its corrosion resistance, high melting point, and minimal reactivity with biological tissues, making it suitable for long-term implantation applications without compromising device performance.

Q2: How can the Platinum Iridium Marker Band, Pt10Ir OD. 0.35 mm be processed or fabricated?

Manufacturers typically start with the alloy in wire or tube form and apply machining methods to achieve the required OD. 0.35 mm dimension. Processes may involve laser cutting for intricate shapes, micro-drawing to achieve uniform diameter, and heat treatments to optimise mechanical strength. Surface finishing methods such as electropolishing further refine the band surface, ensuring accuracy, smoothness, and compatibility with catheter or guidewire assembly.

Q3: Which quality standards and certifications apply to Platinum Iridium Marker Band, Pt10Ir OD. 0.35 mm?

A3: Medical-grade marker bands typically comply with ISO 13485 for quality management systems in device manufacturing. The Pt10Ir alloy itself often meets ASTM standards (e.g., ASTM F75 or related specifications) for biocompatibility and chemical composition. In many cases, additional certifications such as CE marking and FDA clearance may be required, depending on the final device’s intended use, ensuring product quality, traceability, and adherence to regulatory requirements.

Related Information

1. Manufacturing Process

Makers of the Pt10Ir Marker Band meticulously shape and size the component to achieve the precise outer diameter (OD) of 0.35 mm, inner diameter (ID) of 0.30 mm, and length (L) of 0.50 mm. This process begins with casting and laser-cutting methods to form the band into its cylindrical shape. Highly calibrated machinery ensures uniform thickness along the ring, preventing irregularities and safeguarding the mechanical properties of the platinum iridium alloy.

Employing specialised finishing techniques, such as grinding and ultrasonic cleaning, further refines the marker band’s dimensions. Skilled technicians use non-abrasive methods to eliminate surface defects, preserving the integrity of the Pt10Ir composition and maintaining the component’s smooth edges. This manufacturing sequence produces a durable marker band for applications demanding consistent performance and reliability.

2. Applications in Advanced Industries

In many healthcare settings, the platinum iridium composition of this marker band offers radiopacity, allowing for accurate placement of medical devices within the human body. Its compact size (OD 0.35 mm, ID 0.30 mm, L 0.50 mm) is beneficial for minimally invasive procedures, ensuring that diagnostic and therapeutic interventions yield precise outcomes. The Pt10Ir alloy’s biocompatibility also makes it a preferred component for catheter technologies and interventional systems.

Researchers in aerospace and electronics laboratories explore uses for this marker band due to its strength and resistance to corrosion. Pt10Ir bands are valuable in environments exposed to temperatures or voltages, where dependable materials are critical. By integrating these marker bands into designs, industries can harness the alloy’s mechanical and electrical traits for high-performance applications.