TM7622 Medical Grade Titanium Alloy Rod UNS R50550, Grade 3, Dia. 25.4 mm

Medical Grade Titanium Alloy Rod UNS R50550, Grade 3, Dia. 1 inch Description

Our Medical Grade Titanium Alloy Rod with a 1-inch diameter is meticulously crafted from UNS R50550, Grade 3 titanium to deliver a stable, dependable solution for diverse medical and dental applications. Renowned for its high strength-to-weight ratio, biocompatibility, and corrosion resistance, this rod demonstrates efficient performance in demanding healthcare settings. Complying with the ASTM F67 standard, it ensures consistent mechanical properties, reliable weldability, and enduring quality.

Engineered to meet stringent healthcare requirements, the Grade 3 Titanium Rod is ideally suited for surgical instruments, orthopedic implants, and prosthetics. It offers improved ductility compared to higher-grade titanium, facilitating fabrication while maintaining excellent mechanical integrity. Rigorously tested for purity and subject to strict inspection protocols, this rod exemplifies a high-quality material for advanced medical applications, ensuring patient safety and long-term performance in critical procedures.

Medical Grade Titanium Alloy Rod UNS R50550, Grade 3, Dia. 1 inch Applications

This Medical Grade Titanium Alloy Rod UNS R50550, Grade 3, Dia. 1 inch is widely recognised for its combination of strength, corrosion resistance, and biocompatibility. Thanks to its exceptional mechanical properties, it provides a durable and dependable solution for medical applications spanning orthopedic implants, surgical instrumentation, and beyond. Its versatility also extends to advanced manufacturing processes, giving engineers and specialists the flexibility to innovate and produce devices across various industries.

1. Orthopedic Implant Applications

·         Joint Replacement Components: Suitable for hip and knee replacements due to high fatigue strength and low weight

·         Internal Fixation Rods: Biocompatible and corrosion-resistant, promoting stable fracture healing

2. Surgical Instrumentation

·         Precision Surgical Tools: Maintains integrity under repeated sterilisation and rigorous use

·         Minimally Invasive Devices: Lightweight rods that aid in precise, delicate procedures

3. Biomedical Research and Prototyping

·         Early-Stage Implant Testing: Allows developers to test designs for durability under simulated conditions

·         Custom Device Fabrication: Suitable for producing specialised prototypes tailored to patient-specific needs

Medical Grade Titanium Alloy Rod UNS R50550, Grade 3, Dia. 1 inch Packaging

Each Medical Grade Titanium Alloy Rod is carefully sealed in robust plastic sleeves, then placed in vacuum-sealed, moisture-resistant poly bags to prevent oxidation and preserve cleanliness. Additional protective foam inserts and shatterproof cardboard ensure secure transit. Anti-corrosive coatings are optionally available to protect against harsh environments, while custom labels, barcodes, and packaging quantities can be tailored to specific requirements. Logos and labelling can be customised as well.

Packaging: Vacuum sealed, Wooden Box, or Customised.

Medical Grade Titanium Alloy Rod UNS R50550, Grade 3, Dia. 1 inch FAQs

Q1: What are the key material properties of Medical Grade Titanium Alloy Rod UNS R50550, Grade 3, Dia. 1 inch?

A1: Medical Grade Titanium Alloy Rod UNS R50550, Grade 3, Dia. 1 inch offers moderate strength, excellent corrosion resistance, and good biocompatibility. This unalloyed titanium is recognised for its tolerance to bodily fluids, making it suitable for implants. It has a typical tensile strength around 480 MPa and elongation of 25%. Its density is around 4.51 g/cm³, ensuring a strong yet lightweight option with low impurity content.

Q2: How can this titanium product be processed or fabricated?

A2: Medical Grade Titanium Alloy Rod UNS R50550, Grade 3, Dia. 1 inch can be machined, cold-worked, or formed using specialised equipment and techniques to maintain purity and structural integrity. Common processes include turning, milling, drilling, and forging, often under controlled temperatures to preserve material properties. Welding is possible with inert gas shielding, though care must be taken to minimise contamination. Heat treatments can be applied to optimise mechanical properties for clinical applications.

Q3: Which quality standards and certifications apply to Medical Grade Titanium Alloy Rod UNS R50550, Grade 3, Dia. 1 inch?

A3: This material typically meets standards such as ASTM F67 for unalloyed titanium used in surgical implants. Quality management systems like ISO 13485 may also govern production, testing, and traceability for medical devices. Additional certifications may include compliance with ISO 9001 or AS9100, verifying consistent manufacturing practices. Routine inspections, mechanical testing, and chemical composition analysis ensure that rod specifications, purity levels, and mechanical properties meet strict medical industry benchmarks.

Related Information

1. Material Properties and Advantages

Featuring high tensile strength and excellent biocompatibility, the Medical Grade Titanium Alloy Rod UNS R50550, Grade 3, Dia. 1 inch is specifically engineered to meet demanding applications in clinical environments. Its unique composition offers not only high corrosion resistance but also a relatively low modulus of elasticity, which reduces stress shielding in implants and other sensitive medical devices.

Designed with enhanced mechanical resilience, this Grade 3 titanium rod maintains stable structural integrity even under repetitive loading conditions. Its adaptive properties also allow medical professionals to leverage its consistent performance in surgical implants, bone fixation devices, and other therapeutic solutions that require dependable long-term support.

2. Manufacturing Process

Produced through carefully monitored hot-working methods, the UNS R50550 Titanium Alloy Rod undergoes precision forging to achieve a uniform diameter of 1 inch. These controlled conditions minimise material defects and ensure that the final rod maintains a consistent microstructure, which is critical for dependable performance in healthcare settings.

Rigorous heat treatments follow the forging stage, refining the alloy’s grain structure and enhancing its overall ductility. This specialised sequence of processes maximises the material’s fatigue endurance, making the Grade 3 rod an optimal choice for implantable devices, surgical instrumentation, and a host of other medical applications that demand finely tuned mechanical strength.