CNC Ti-6Al-4V Titanium Alloy Screws For Mouse Experiments

CNC Ti-6Al-4V Titanium Alloy Screws for Mouse Experiments
These CNC-machined Ti-6Al-4V titanium alloy screws are custom-made implants designed specifically for orthopedic and implantation research involving small animals. Key features include:

**Material Compliance**
Made from Ti-6Al-4V (TC4/Grade 5) material meeting medical-grade ASTM F136 standards. They offer excellent biocompatibility and an elastic modulus close to that of mouse bone tissue, effectively minimizing rejection reactions and stress shielding effects.
**Precision Machining**
Manufactured using high-precision CNC processes, allowing for the customization of extremely small sizes (tailored to mouse skeletal dimensions). Thread profile errors are controlled within ±1°, ensuring stable osseointegration after implantation.
**Experimental Suitability**
Versions with roughened surface treatments significantly enhance osteoblast differentiation; the bone-to-implant contact area is more than double that of smooth versions, resulting in a substantially higher removal torque.
**International Academic Standard**
Variants modified with biomolecules such as fibrinogen effectively inhibit epithelial downgrowth, achieving a robust biological seal with both soft and hard tissues following transcutaneous implantation-ideal for classic models like SD rat tibial implantation.
**Industrial-Grade Precision**
Zhongwei Precision Components: CNC machining with micron-level control. Every titanium alloy experimental screw embodies uncompromising precision.
**Research-Oriented**
Zhongwei Precision Components specializes in custom CNC machining. From mouse experiment implants to industrial precision hardware, every detail is engineered for research-grade reliability.
**Concise & Impactful**
Zhongwei Precision: CNC mastery, micron-level accuracy, and reliable quality in every single part.
**Comprehensive Application Coverage**
Zhongwei Precision Components offers professional CNC services covering medical research, automotive communications, and industrial hardware, defining reliability standards for every part through precision numerical control.