TM7629 Medical Grade Titanium Alloy Rod UNS R50700, Grade 4, Dia. 16 mm

Medical Grade Titanium Alloy Rod UNS R50700, Grade 4, Dia. 16 mm Description

Our Medical Grade Titanium Alloy Rod (UNS R50700, Grade 4) is precision-crafted to deliver exceptional strength and reliable performance in demanding healthcare applications. With a 16 mm diameter and compliance to ASTM F67, this rod demonstrates high biocompatibility and corrosion resistance, ensuring it remains safe and stable within the human body. Its high tensile strength and fatigue properties make it a suitable choice for various implant and surgical instrument applications, where durability and patient safety are critical.

Every rod is produced under stringent quality control measures to meet strict industry standards. Designed for long-term performance and minimal site reactions, it provides reassurance for healthcare professionals and patients alike. Rely on our Grade 4 Titanium Alloy Rod for dependable, high-quality medical solutions.

Medical Grade Titanium Alloy Rod UNS R50700, Grade 4, Dia. 16 mm Applications

Medical grade titanium alloy rods UNS R50700, Grade 4, with a 16 mm diameter, are recognised for their exceptional strength, corrosion resistance, and biocompatibility. Their reliability and lightweight nature make them suitable in environments where performance and patient safety are vital. From implants to specialised surgical instruments, these titanium rods excel in demanding applications that require minimal risk of rejection and maximum structural integrity.

1. Orthopaedic Applications

·         Hip Replacement Stems: Provide a durable, biocompatible foundation for restoring joint mobility.

·         Spinal Fixation Rods: Deliver strengthened support for spinal fusion procedures and alignment corrections.

·         Trauma Repair Plates: Assist in stabilising and reinforcing injured bone structures during healing.

2. Dental and Maxillofacial Implants

·         Dental Implant Posts: Resist corrosion while supporting permanent tooth replacements with high biocompatibility.

·         Maxillofacial Plates: Provide structural integrity for complex reconstructive surgeries of the jaw and facial bones.

·         Orthognathic Screws: Aid in jaw alignment and correction for long-term stability.

3. Surgical Tools and Components

·         Drill Bits: Maintain sharpness and withstand repeated sterilisation in precise surgical procedures.

·         Endoscopic Instrument Shafts: Provide high resistance to bending and corrosion in minimally invasive operations.

·         Instrument Fasteners: Ensure secure assembly of modular surgical systems under sterile conditions.

Medical Grade Titanium Alloy Rod UNS R50700, Grade 4, Dia. 16 mm Packaging

Each Medical Grade Titanium Alloy Rod, UNS R50700, Grade 4, Dia. 16 mm, is individually wrapped in protective foam, enclosed in a corrosion-resistant polymer sheath, and vacuum-sealed to prevent contamination. Outer packaging features robust cardboard tubes or crates with shock-absorbent lining to ensure safe transit. Anti-corrosion coatings may also be applied upon request. Customised packaging solutions, including labelling, barcoding, and tailored container dimensions, are available to meet specific client needs.

Packaging: Vacuum sealed, Wooden Box, or Customised.

Medical Grade Titanium Alloy Rod UNS R50700, Grade 4, Dia. 16 mm FAQs

Q1: What are the key material properties of Medical Grade Titanium Alloy Rod UNS R50700, Grade 4, Dia. 16 mm?

A1: This titanium alloy rod typically exhibits high tensile strength (up to about 550 MPa) and a reliable yield strength that ensures structural integrity in medical implants. It demonstrates excellent ductility and fatigue resistance, which are critical for demanding biomedical applications. Additionally, its biocompatibility and corrosion resistance minimise the risk of adverse biological responses. The alloy also has a low elastic modulus, reducing stress shielding in implant designs.

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

A2: Medical Grade Titanium Alloy Rod UNS R50700, Grade 4, Dia. 16 mm can be processed through various methods, including machining, forging, and cold working. CNC machining is commonly used to achieve precise geometries and tight tolerances. Heat treatments can refine mechanical properties and improve overall performance. Additionally, polishing and surface treatments enhance corrosion resistance, reduce friction, and promote favourable tissue integration for specialised medical implant applications.

Q3: Which quality standards and certifications apply to Medical Grade Titanium Alloy Rod UNS R50700, Grade 4, Dia. 16 mm?

A3: These titanium rods often comply with ASTM F67 or ISO 5832-2 specifications, ensuring consistency in chemical composition and mechanical properties for medical use. Manufacturers typically operate under ISO 9001 and ISO 13485 quality management systems, guaranteeing strict process controls, traceability, and adherence to regulatory requirements. Additionally, third-party certifications and material test reports validate product integrity, further ensuring reliable performance and patient safety.

Related Information

1. Industry Standards and Certifications

First and foremost, the Medical Grade Titanium Alloy Rod UNS R50700, Grade 4, Dia. 16 mm consistently meets stringent international guidelines designed to guarantee biocompatibility and structural excellence. Compliance with highly respected benchmarks such as ASTM F67 and ISO 5832-2 ensures its suitability for critical medical applications, including implantable devices and surgical tools. These standards specifically address chemical composition, tensile strength, and corrosion resistance to safeguard patient well-being.

The certifications associated with Grade 4 titanium rods often involve rigorous quality checks to verify batch integrity and traceability. Third-party audits, alongside in-house documentation, confirm that each Dia. 16 mm rod meets or surpasses essential performance requirements. This process not only guarantees reliable product performance but also instills confidence in manufacturers, medical professionals, and regulatory bodies globally.

2. Research and Development

Ongoing research into titanium alloy compositions and processing techniques supports the continuous advancement of Grade 4 rods in the healthcare sector. By analysing microstructural properties under varying thermal and mechanical treatments, engineers seek to optimise both strength and flexibility in the Dia. 16 mm rod. This approach aims to enhance surgical outcomes by ensuring consistent load-bearing capacity and reduced trauma during implantation.

Given the critical role of this medical-grade material, state-of-the-art R&D initiatives often focus on innovative coating technologies that further improve biointegration. Scientists and medical device developers collaborate to refine the surface properties of UNS R50700 rods, enhancing their durability in vivo while maintaining biocompatibility. These progressive efforts pave the way for more efficient, reliable, and patient-friendly implants in the future.