The Frazier Suction Tube 12Fr Angled 4½″ Neurosurgery Tool is a precision-engineered microsurgical suction instrument designed for efficient aspiration of blood, fluids, and debris during complex neurosurgical procedures. Frazier suction tubes are widely used in neurosurgery, spine surgery, cranial procedures, and other delicate surgical specialties where controlled suction and enhanced operative visibility are essential.
Featuring a 12Fr diameter and 4 1/2-inch working length, this Frazier suction tube provides an ideal balance between suction capacity and maneuverability. The angled design allows surgeons to access challenging anatomical areas while maintaining a comfortable hand position and improved visualization of the surgical field. Its ergonomic structure supports accurate suction placement without unnecessary tissue disturbance.
The angled configuration of this neurosurgical Frazier suction tube is particularly beneficial in procedures requiring precise directional control. The instrument enables surgeons to efficiently remove fluids while working around sensitive neurological structures. Its narrow profile and refined tip design make it suitable for microsurgical environments where accuracy and control are critical.
Manufactured from premium-grade surgical stainless steel, this suction tube offers excellent resistance to corrosion, repeated sterilization cycles, and long-term clinical use. The smooth internal and external surfaces help maintain consistent suction performance while allowing easy cleaning and sterilization. The durable construction ensures dependable performance in demanding hospital, surgical center, and specialty clinic environments.
The 12Fr Frazier suction tube is commonly utilized in neurosurgical operating rooms for procedures involving cranial exposure, spinal decompression, tumor removal, vascular surgery, and other microsurgical interventions. It can also be used in ENT, plastic surgery, and other specialties requiring fine suction control. The instrument’s compact working length makes it especially useful when working within confined surgical spaces.
Designed for surgeon comfort and procedural efficiency, this angled suction tube provides excellent handling characteristics. The lightweight design reduces hand fatigue during extended procedures, while the precise tip allows targeted suction application. Its compatibility with standard suction systems makes it a practical addition to professional surgical instrument collections.
Proper maintenance and sterilization practices help extend the operational life of the instrument. The stainless steel construction allows the Frazier suction tube to withstand standard hospital sterilization methods, including autoclaving, when handled according to manufacturer guidelines. Regular inspection, cleaning, and proper storage help preserve the instrument’s functionality and appearance.
For medical facilities seeking a reliable neurosurgical suction instrument, the Neurosurgery Surgical Frazier Suction Tube – Angled, Working Length 4 1/2″, 12Fr delivers precision, durability, and dependable suction performance. It is an essential tool for surgeons requiring accurate fluid management during delicate neurological and microsurgical procedures.
Key Features
- Precision-designed Frazier suction tube for neurosurgical procedures
- 12Fr suction diameter for controlled fluid aspiration
- Angled shaft design improves access and surgical visibility
- 4 1/2″ working length for precise maneuverability in confined areas
- Manufactured from high-quality surgical stainless steel
- Smooth surface finish supports easy cleaning and sterilization
- Provides reliable suction control during microsurgical procedures
- Suitable for neurosurgery, spine surgery, cranial, and ENT applications
- Ergonomic design helps reduce surgeon hand fatigue
- Durable construction supports repeated clinical use
- Compatible with standard surgical suction systems
- Designed for professional operating room environments
Product Specifications
| Specification | Details |
|---|---|
| Product Name | Neurosurgery Surgical Frazier Suction Tube |
| Instrument Type | Angled Suction Tube |
| Specialty | Neurosurgery / Microsurgery |
| Suction Size | 12Fr |
| Working Length | 4 1/2 inches |
| Design | Angled Tip |
| Material | Surgical Stainless Steel |
| Application | Fluid and blood aspiration during surgery |
| Usage | Reusable surgical instrument |
| Sterilization | Compatible with standard sterilization procedures |
| Suitable Procedures | Neurosurgery, spine surgery, cranial and microsurgical procedures |
FAQs
1. What is a Frazier suction tube used for in neurosurgery?
A Frazier suction tube is used for controlled removal of blood, fluids, and surgical debris during delicate neurosurgical procedures. Its fine design allows surgeons to maintain a clear operative field while minimizing tissue disturbance.
2. What does 12Fr mean on a Frazier suction tube?
The 12Fr specification refers to the French size of the suction tube, indicating its internal diameter and suction capacity. A 12Fr tube provides efficient aspiration while maintaining precise control for microsurgical applications.
3. Why is this Frazier suction tube angled?
The angled design improves surgical access and allows surgeons to position the instrument more effectively around anatomical structures during procedures requiring precision suction.
4. Is the 4 1/2″ Frazier suction tube reusable?
Yes, this surgical Frazier suction tube is designed for reusable applications and can be cleaned and sterilized according to approved medical instrument processing guidelines.
5. What surgeries use Frazier suction tubes?
Frazier suction tubes are commonly used in neurosurgery, cranial surgery, spinal procedures, ENT surgery, and other microsurgical operations requiring controlled suction.
6. What material is used to manufacture this neurosurgical suction tube?
The instrument is manufactured from surgical-grade stainless steel, providing durability, corrosion resistance, and compatibility with repeated sterilization cycles.
7. How does this instrument improve surgical performance?
The precise angled design, controlled suction capability, and ergonomic handling help surgeons maintain visibility and accuracy throughout complex surgical procedures.

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