The Dermatology & Holloware 6½″ Lockhart Mummery Fistula Probe – Heavy Curve #4 is a high-quality surgical instrument developed for the precise exploration, localization, and assessment of fistulous tracts in colorectal, anorectal, and general surgery. Featuring a distinctive Heavy Curve #4 design, this instrument enables surgeons to navigate difficult anatomical pathways with greater ease, making it an essential tool for the diagnosis and surgical management of anal fistulas and sinus tracts.
Manufactured from premium surgical-grade stainless steel, this Lockhart Mummery Fistula Probe delivers exceptional durability, corrosion resistance, and long-lasting clinical performance. Its robust construction withstands repeated sterilization without compromising structural integrity, making it a dependable reusable instrument for hospitals, surgical centers, and specialty clinics.
The 6½-inch overall length provides an excellent balance of reach and precision, allowing surgeons to access both superficial and deeper fistulous passages comfortably. The Heavy Curve #4 configuration is specifically engineered to negotiate sharply curved or branching fistula tracts that may be difficult to access with standard probes. This specialized curvature improves procedural efficiency while reducing unnecessary manipulation of surrounding tissues.
Designed with a smooth, atraumatic rounded tip, the probe advances gently through delicate anatomical structures, minimizing tissue injury and improving patient safety. The rigid yet lightweight construction provides outstanding tactile feedback, enabling surgeons to accurately detect tract direction, depth, and any anatomical resistance encountered during exploration.
The instrument is widely used during fistulotomy, fistulectomy, seton placement, abscess evaluation, and diagnostic fistula exploration. It is also valuable for identifying sinus tracts before definitive surgical treatment, contributing to more accurate surgical planning and improved procedural outcomes.
Its polished satin finish minimizes glare from operating room lighting while maintaining a smooth surface that supports easy cleaning and sterilization. The ergonomic design promotes a secure grip and excellent handling, reducing hand fatigue during prolonged or technically demanding procedures.
Compatible with standard steam autoclave sterilization protocols, the reusable stainless steel construction supports strict infection control standards while providing a cost-effective solution for healthcare facilities. The probe maintains its precision, finish, and performance through repeated sterilization cycles.
Trusted by colorectal surgeons, proctologists, general surgeons, and surgical specialists worldwide, the Lockhart Mummery Fistula Probe – Heavy Curve #4 combines precision engineering, premium materials, and reliable functionality. Its specialized design makes it an indispensable instrument for safely exploring complex fistula tracts while supporting efficient and accurate surgical intervention.
Key Features
- Premium surgical-grade stainless steel construction
- Heavy Curve #4 profile for navigating complex fistula tracts
- 6½-inch overall length for optimal surgical reach
- Smooth atraumatic tip minimizes tissue trauma
- Excellent tactile feedback for accurate tract identification
- Corrosion-resistant satin finish
- Lightweight yet rigid for superior control
- Fully autoclavable and reusable
- Ergonomic design enhances surgeon comfort
- Suitable for colorectal, anorectal, and general surgery
- Precision manufactured for professional surgical use
- Long-lasting performance through repeated sterilization
Product Specifications
| Specification | Details |
|---|---|
| Product Type | Fistula Probe |
| Application | Exploration and localization of fistula tracts |
| Material | Premium Surgical Grade Stainless Steel |
| Finish | Satin / Mirror Finish |
| Sterilization | Autoclavable |
| Reusability | Reusable |
| Specialty | Colorectal Surgery, General Surgery, Proctology, Dermatology |
| Instrument Type | Lockhart Mummery Fistula Probe |
| Pattern | Heavy Curve #4 |
| Length | 6½″ (16.5 cm Approx.) |
| Usage | Diagnostic and surgical fistula tract exploration |
Product Contents
- 1 × Dermatology & Holloware 6½″ Lockhart Mummery Fistula Probe – Heavy Curve #4
- Individually quality inspected
- Sterilization-ready reusable surgical instrument
Applications
The Lockhart Mummery Fistula Probe – Heavy Curve #4 is commonly used for:
- Anal fistula exploration
- Fistulotomy procedures
- Fistulectomy surgery
- Seton placement
- Identification of sinus tracts
- Colorectal surgery
- Proctology procedures
- General surgical fistula management
- Diagnostic anorectal examinations
- Preoperative fistula tract assessment
Frequently Asked Questions (FAQs)
1. What is the Lockhart Mummery Fistula Probe – Heavy Curve #4 used for?
It is designed to explore, identify, and evaluate fistula tracts during colorectal, anorectal, and general surgical procedures.
2. What advantage does the Heavy Curve #4 design provide?
The Heavy Curve #4 configuration allows easier navigation through deep, curved, or complex fistulous pathways, improving surgical precision and access.
3. What material is this surgical probe made from?
The instrument is manufactured from premium surgical-grade stainless steel for superior durability, corrosion resistance, and long-term performance.
4. Can the instrument be sterilized and reused?
Yes. The probe is fully reusable and compatible with standard steam autoclave sterilization procedures.
5. Which medical specialties commonly use this instrument?
It is widely used by colorectal surgeons, proctologists, general surgeons, and other specialists performing fistula diagnosis and treatment.
6. Is the probe suitable for hospital operating rooms?
Yes. It is manufactured to meet professional surgical standards and is appropriate for hospitals, outpatient surgical centers, and specialty clinics.
7. How does the atraumatic tip improve surgical performance?
The rounded atraumatic tip helps reduce tissue trauma while allowing smooth passage through fistula tracts, enhancing procedural safety and accuracy.

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