Sudan Blood Taking Needle TI 1907 Arsa Enterprises

Description

Sudan Blood Taking Needle TI 1907

Sudan Blood Taking Needle TI 1907 – Precision Veterinary Instrument for Bovine Blood Collection

Professional Solution for Safe and Efficient Blood Sampling

The Sudan Blood Taking Needle TI 1907 is a specialized veterinary instrument designed for quick, hygienic, and low-stress blood collection from dairy cattle and other large animals. Engineered for veterinarians and livestock health professionals, this high-performance needle ensures reliable sample quality while prioritizing animal welfare during routine health checks or disease testing.

Technical Specifications & Key Features

Medical-Grade Construction
- Made from surgical stainless steel (304 grade) for superior durability
- Electropolished interior lumen prevents hemolysis
- 18-gauge precision bore (1.2mm diameter)
Ergonomic Safety Design
- 40mm working length with 15° beveled tip
- Luer-lock compatible hub for secure vacuum tube attachment
- Finger flange for controlled insertion depth
Performance Enhancements
- Ultra-thin wall technology (0.2mm) maximizes flow rate
- Laser-sharpened point penetrates skin in 0.3 seconds
- Single-use sterile packaging (EO gas sterilized)

Clinical Applications

Routine Health Monitoring – PCV, biochemistry, and serology testing
Disease Surveillance – Brucellosis, TB, and Johne’s disease screening
Metabolic Profile Testing – Ketosis, acidosis, and mineral deficiency analysis
Research Applications – Large-scale herd health studies

Operational Advantages

✔ Reduced Animal Stress – Quick insertion minimizes discomfort
✔ Sample Integrity – 99.8% hemolysis-free collection rate
✔ Safety Assurance – Meets OSHA bloodborne pathogen standards

Quality Certifications

ISO 7864:2016 compliant
CE Marked (Class IIa)
FDA 510(k) Cleared

Package Contents:

100 sterile needles (individually wrapped)
Safety disposal container
Blood collection protocol guide

The Sudan TI 1907 sets new standards in veterinary phlebotomy, combining German engineering precision with practical field performance for reliable diagnostic results.