Skip to main content

Surgical Hemostatic Forceps

  • Designed for precise approximation of vessels ranging from 1.0 to 2.25mm in diameter.
  • Supports delicate tissue handling during complex cardiovascular and general surgery procedures.
  • Facilitates secure vessel alignment to assist with accurate anastomosis and suturing workflows.
  • Engineered to provide stable clamping force while minimizing trauma to fragile vascular structures.
  • Enhances surgical visualization by holding target vessels steady within the operative field.
  • Versatile instrument suitable for diverse applications across general and cardiovascular surgical specialties.
(250 منتجات متاحة)
OEM & International Cross-Reference Equivalents
UNIVERSAL NOMENCLATURE EU MDR 2017/745 & US FDA GUDID Classification
EMDN (EUDAMED): L031306
HEMOSTATIC FORCEPS, REUSABLE
GMDN Code: 62468
Surgical soft-tissue manipulation forceps, scissors-like, reusable
Manufacturer / Benchmark Catalog Number (REF) Specification Match
Aesculap RT092R Exact Pattern Match
Buxton Biomedical 56-1121 Exact Pattern Match
Coricama 315350 Exact Pattern Match
Innomed 1755 Exact Pattern Match
Teleflex 357191 Exact Pattern Match

Notice of Nominative Fair Use: All manufacturer names, trademarks, symbols, and catalog part numbers are referenced solely for comparative identification, cross-reference, and equipment compatibility guidance. SurgiValley is an independent surgical manufacturer and is not affiliated with, sponsored by, or endorsed by any of the respective trademark owners.

الكمية
View Quote (0)
Added to quote! View Quote Cart

رمز المنتج: 004210213

الفئات: الملاقط, مشابك

الوسوم: ملاقط B

Precision Vessel Approximation for Delicate Surgical Procedures

Achieving secure vessel alignment during delicate anastomosis requires instruments that balance firm holding power with gentle tissue handling. The B Approximator Clamp is engineered to meet this critical need, offering a specialized jaw size of 2.25mm designed for precise approximation of small-diameter vessels. By providing stable occlusion and accurate positioning, this clamp helps surgeons maintain optimal visualization and control during complex reconstructive tasks. Its design supports the meticulous demands of both cardiovascular and general surgery workflows, allowing for consistent performance when managing fragile vascular structures. This tool facilitates efficient procedure flow by reducing manual fatigue and enhancing the accuracy of suture placement in confined surgical fields.

Use Cases

  • Approximating small-diameter vessels during microvascular anastomosis in cardiovascular procedures
  • Securing delicate tissue edges for precise suturing in general surgery reconstructive tasks
  • Maintaining stable vessel alignment to enhance visualization during fine suture placement
  • Facilitating controlled occlusion and positioning of fragile vascular structures without excessive trauma

Specifications

Care & Handling

  • Inspect jaws for alignment and surface integrity before each use to supports proper function
  • Clean thoroughly according to facility protocols to remove biological debris and prevent corrosion
  • Store in a protected environment to prevent damage to the delicate jaw tips and hinge mechanism

Specifications

Coating/MaterialAISI 420 German Stainless Steel

General use; follow facility protocols.

Technical Specifications

Jaw Size2.25mm

Jaw Size 2.25mm
Coating/Material AISI 420 Martensitic German Stainless Steel (DIN 1.4021) Satin Matte Passivated
Material AISI 420 Martensitic Stainless Steel
Overall Length 12.5 cm (4.9")
Tip Type Standard
Jaw Pattern Standard Anatomical Jaw Profile
4.0
1 تقييمات المنتج
🏆 Top Choice - 100%
100% rated this product positively
Rating breakdown
5★
0 0.0%
4★
1 100.0%
3★
0 0.0%
2★
0 0.0%
1★
0 0.0%
Write Your Review
Please login to write a review!
تقييمات المنتج 1
P
Priya Desai
Medical Sourcing Specialist
4.0
Oct 28, 2023 (منذ 3 سنوات)
The 2.25mm clamp is a practical item for our inventory. It integrates smoothly into standard general surgery sets.
Was this helpful?