TM7627 Medical Grade Titanium Alloy Rod UNS R50700, Grade 4, Dia. 12 mm

Medical Grade Titanium Alloy Rod UNS R50700, Grade 4, Dia. 12 mm Description

Our Medical Grade Titanium Alloy Rod (UNS R50700, Grade 4) offers biocompatibility, corrosion resistance, and mechanical strength, making it a suitable choice for a range of medical applications. Manufactured to a precise diameter of 12 mm and conforming to ASTM F67 standards, this rod provides the quality and reliability required by surgeons and medical device manufacturers. Its high strength-to-weight ratio ensures patient comfort while maintaining the structural integrity needed in critical procedures.

Due to its fatigue resistance and ability to withstand extreme conditions, this titanium rod is used in orthopedic implants, surgical instruments, and other healthcare applications. Each rod undergoes testing and production controls, ensuring compliance with internationally recognised quality standards and providing assurance for professionals and patients alike.

Medical Grade Titanium Alloy Rod UNS R50700, Grade 4, Dia. 12 mm Applications

This Medical Grade Titanium Alloy Rod (UNS R50700, Grade 4) with a 12 mm diameter is recognised for its biocompatibility and high strength-to-weight ratio. Its corrosion resistance ensures durability, while its ability to integrate with the human body makes it important in many medical fields. Whether in surgical procedures or long-term implants, it continues to advance healthcare solutions.

1. Orthopaedic Applications

·         Joint Replacement Components: These rods can be used in hip, knee, and shoulder implants, providing long-lasting, corrosion-resistant support for patients.

·         Trauma Fixation Devices: Suitable for fracture repair, the rods offer stability and promote faster healing while minimising discomfort.

2. Surgical Hardware

·         Surgical Instruments: The rod’s lightweight nature and high tensile strength make it suitable for crafting precise, sterile, and durable instruments.

·         Bone Cutting Tools: Titanium construction allows for consistent performance in operating room environments.

3. Dental Procedures

·         Dental Implants: The rod’s biocompatibility fosters osseointegration for long-lasting tooth replacements.

·         Orthognathic Plates: Useful in jaw correction surgeries, these rods provide secure fixation and promote satisfactory recovery outcomes.

Medical Grade Titanium Alloy Rod UNS R50700, Grade 4, Dia. 12 mm Packaging

The Medical Grade Titanium Alloy Rod (UNS R50700, Grade 4, Dia. 12 mm) is sealed in durable, vacuum-packed materials to prevent moisture infiltration and oxidation. Protective end caps and foam cushioning guard against potential impact damage, while corrosion inhibitors ensure long-term integrity. Anti-static film provides an additional layer of protection. Packaging can be adapted to specific customer needs, including labelling, custom boxes, and palletisation, ensuring safe transit and compliance with international shipping standards.

Packaging: Vacuum sealed, Wooden Box, or Customised.

Medical Grade Titanium Alloy Rod UNS R50700, Grade 4, Dia. 12 mm FAQs

Q1: What are the key material properties of Medical Grade Titanium Alloy Rod UNS R50700, Grade 4, Dia. 12 mm?

A1: This rod provides an optimal balance of strength, ductility, and corrosion resistance, making it suited for biomedical applications. Its tensile strength typically ranges between 550 and 620 MPa, ensuring load-bearing performance. With a relatively low elastic modulus, it minimises stress shielding effects when implanted. Enhanced oxygen content in Grade 4 titanium boosts mechanical properties, while biocompatibility promotes osseointegration in long-term clinical use.

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

A2: The rod can be cut, machined, or shaped using conventional processes such as turning, milling, and drilling, provided that tooling is optimised for titanium alloys. Cold working enhances mechanical strength without compromising ductility, while hot working is used for more intricate geometries. Additionally, additive manufacturing techniques, like selective laser melting, can produce customised implants with precise dimensional control and minimal waste.

Q3: Which quality standards and certifications apply to Medical Grade Titanium Alloy Rod UNS R50700, Grade 4, Dia. 12 mm?

A3: Relevant guidelines typically include ISO 5832-2 for unalloyed titanium for surgical implants and ASTM F67 for unalloyed titanium medical devices. Manufacturers often comply with ISO 13485 for medical device quality management systems, ensuring consistent production and traceability. Compliance with specific regulatory approvals, such as FDA or CE Mark, may be required depending on the intended geographic market and clinical applications.

Related Information

1. Material Properties and Advantages

Bearing the designation UNS R50700, Grade 4, this medical-grade titanium alloy rod demonstrates tensile strength and biocompatibility. Its structure and minimal reactivity make it suitable for implants and surgical tools, as the material resists corrosion in the body’s fluid environment. Additionally, the rod’s diameter of 12 mm provides a form factor for critical applications, where dimensional consistency is essential for safety and performance.

The rod’s low density reduces patient discomfort while maintaining adequate structural support. The combination of fatigue strength and osseointegration properties allows medical professionals to rely on the rod during recovery and beyond. As Grade 4 titanium, it offers a balance between strength and ductility, ensuring performance in healthcare settings.

2. Quality Control Measures

Non-destructive testing techniques ensure that each UNS R50700, Grade 4 rod meets industry requirements. Ultrasonic and radiographic inspections are carried out to detect any internal or surface anomalies. By adhering to dimensional checks, manufacturers confirm the diameter of 12 mm is upheld for consistent results across production batches.

Evaluating each rod’s mechanical and chemical properties is vital to uphold consistency in clinical environments. Visual inspections, tensile testing, and strict documentation protocols form part of the oversight. These methods confirm the absence of defects and verify that the medical-grade titanium alloy adheres to standards, guaranteeing patient safety and product reliability.