Description
Umbilical Cord Scissors Sidewards – 20cm Specialty Tool
Introducing the Umbilical Cord Scissors Sidewards, catalog number TABC 3333, a premier surgical instrument designed for exceptional precision and ease of use during critical obstetric procedures. Measuring 20cm in length, these sidewards umbilical cord scissors offer enhanced maneuverability, ensuring optimal control when dissecting and cutting the umbilical cord. Essential for any modern delivery suite, these specialized scissors are crafted to minimize trauma and facilitate a clean, efficient separation. Their unique sideways cutting action allows surgeons to approach the cord from a more advantageous angle, reducing the risk of accidental damage to the newborn or the mother. When seeking reliable umbilical cord scissors for sidewards application, the TABC 3333 stands out for its performance. Our commitment to providing high-quality surgical tools ensures that medical professionals have access to instruments that meet the demanding standards of contemporary healthcare.
Manufactured by Tata Surgical, these Umbilical Cord Scissors Sidewards exemplify our dedication to quality and innovation in surgical instrumentation. We utilize premium medical-grade stainless steel, renowned for its exceptional strength, corrosion resistance, and biocompatibility. This robust material ensures that each instrument maintains its integrity through rigorous sterilization cycles, including autoclaving, and withstands the demands of frequent clinical use. The inherent durability of our stainless steel construction guarantees longevity, providing a reliable and cost-effective solution for your surgical needs. Trust in Tata Surgical for instruments that deliver consistent performance and exceptional value, built to endure the challenges of the operating room.
Precision & Clinical Performance
The Umbilical Cord Scissors Sidewards TABC 3333 are engineered for superior handling and meticulous tissue preservation. Their ergonomic design ensures a comfortable grip, significantly reducing surgeon fatigue during prolonged procedures. The finely honed blades provide exceptional sharpness, allowing for clean, precise cuts with minimal tissue drag, thereby promoting faster healing and reducing patient discomfort. This focus on precision translates directly into improved clinical efficiency, enabling surgical teams to perform procedures more swiftly and with greater confidence. By minimizing unnecessary trauma, these scissors contribute to better patient outcomes, making them an indispensable tool for obstetricians and midwives. Invest in instruments that enhance your surgical precision and streamline your workflow, ultimately optimizing the care you provide.
Key Features
- Umbilical Cord Scissors Sidewards
- Catalog Number: TABC 3333
- Precise 20cm length for optimal reach and control
- Sidewards cutting action for enhanced maneuverability
- Designed for minimal tissue trauma
- Durable stainless steel construction
- Sterilization compatible for repeated use
Product Specifications
| SKU | Type / Design | Length |
|---|---|---|
| TABC 3333 | Umbilical Cord Scissors Sidewards | 20cm |
Applications
The Umbilical Cord Scissors Sidewards TABC 3333 are primarily utilized in obstetric and neonatal care for the precise cutting of the umbilical cord. Beyond this core application, their exceptional precision and fine blade construction make them suitable for a variety of delicate surgical tasks. Medical professionals in fields such as ENT, dental, orthopedic, and plastic surgery can benefit from their controlled dissection capabilities. They are also invaluable in laboratory settings for precise sample preparation and in surgical training facilities for honing essential skills. Furthermore, these scissors can be employed in clinical facilities for precise wound measurement, aiding in treatment planning and monitoring. Their versatility extends to prosthetics development and the meticulous positioning of surgical instruments during complex procedures. For a comprehensive selection of similar instruments, explore our






