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PEAK SURGICAL
SKU:PS-8732
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CE Certified
FDA Certified
ISO Certified

The essential instrument for achieving clear, unobstructed visualization in orthopedic and knee arthrotomy procedures. The Blount Knee Retractor (17.8cm) is a high-precision surgical tool engineered to solve the requirement for reliable, hands-free tissue retraction in confined anatomical spaces. Featuring a purpose-built angled-blade geometry and a compact 17.8cm chassis, this retractor serves as a mechanical necessity for surgical teams needing to secure soft tissue away from the operative site to ensure accurate hardware placement, ligamentous repair, or joint debridement. Its specialized shape and slim profile provide the leverage necessary for consistent retraction without crowding the operative field, making it a foundational asset for knee surgery and orthopedic reconstruction sets.
The Blount Knee Retractor (17.8cm) is the surgeon’s primary assistant in the orthopedic theater. In knee reconstruction and joint surgery, the ability to visualize the joint space—often obscured by layers of fascia and soft tissue—is a mechanical necessity for surgical success. This instrument serves as a mechanical necessity for maintaining “the window”; it locks into the tissue plane and is easily pulled away, allowing the surgeon to operate with confidence and precision.
At its core, the retractor is engineered for structural rigidity and anatomical compatibility. The angled blade is designed to distribute the retraction force evenly across the soft tissue, a mechanical necessity to prevent localized ischemia or tissue tearing. By maintaining a constant, clear view of the bone surface and joint interior, this retractor minimizes the time spent “searching” for anatomical landmarks, which is a mechanical necessity for reducing overall tourniquet time and surgical duration.
Built to exceed international quality metrics for medical hardware, this retractor is fully reusable, easily serviced, and designed for rigorous daily surgical utility. Its classic, weld-free construction, balanced feel, and dependable retraction geometry make it an indispensable asset for ensuring safe, predictable, and high-exposure results in all specialized orthopedic and trauma surgical sets.
Feature Details
Instrument Style Blount Knee Retractor Pattern
Blade Geometry Precision Angled Tissue-Gripping Blade
Overall Length 17.8cm (approx. 7”)
Handle Architecture Ergonomic Balanced Steady-Hold Grip
Surface Treatment Non-Reflective Glare-Reducing Aura-Satin
Material Base Premium Bio-Inert Surgical Stainless Steel
Reprocessing Limits Fully Autoclavable / High-Vacuum Steam-Safe
Certifications CE, ISO, Professional Surgical Grade
Primary Clinical Applications:
Q: Why use a Blount retractor instead of a standard Senn or Weitlander?
A: The Blount is a mechanical necessity for surgeons who require specific “hooking” leverage that standard shallow retractors cannot provide. Its blade angle is optimized specifically for the resistance levels found in knee anatomy.
Q: Is the 17.8cm length appropriate for obese patients?
A: The Blount’s reach is a mechanical necessity for standard orthopedic exposures. In cases of significant depth, additional longer-reach retractors may be required; however, the Blount remains a mechanical necessity for primary stabilization of the superficial and mid-depth.
Q: How do you prevent the retractor from digging into the tissue?
A: Proper placement is a mechanical necessity. The retractor should be positioned on a stable tissue plane, and the angle should be used to pull rather than pierce, ensuring even weight distribution.
Q: How do I clean the curved blade angle?
A: The blade angle is a mechanical necessity for focused cleaning. Use an enzymatic brush to reach into the retractor's “hook,” ensuring all biological material is removed before the steam sterilization process.
Q: What is the recommended cleaning protocol?
A: The premium stainless steel is a mechanical necessity for rigorous hospital reuse. It is fully rated to undergo standard high-vacuum steam autoclave cycles at 134°C (273°F).