METZENBAUM-DELICATE SH-SH CURVED 20,0CM
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METZENBAUM-DELICATE SH-SH CURVED 20,0CM

Art.Nr.: VUBU-03-17220
MPN: AC153/20
Manufacturer: NOPA - DIMEDA
27,06 €
19 % VAT incl. Tax-Info
excl. Shipping costs


Reference numbers for instruments from manufacturer for METZENBAUM-DELICATE SH-SH CURVED 20,0CM

  • Martin: 11-333-20
  • Medicon: 04.25.20
  • Zepf: 11-333-20
  • Nopa: AC 153/20


METZENBAUM-DELICATE SH-SH CURVED 20.0CM • CE-CLASS I • ISO 13485:2016

Extended Precision Scissors with Curvature for Enhanced Microsurgical Reach

Our Metzenbaum-Delicate scissors in sharp-sharp configuration (20.0 cm) with curved design and satin finish are a CE-Class I medical device according to ISO 13485:2016. The extended curved design with double-sharp configuration offers enhanced reach for most precise dissection work in deeper microsurgical planes with optimal visibility in angled areas.

Certified according to ISO 13485:2016
CE marking Class I (MDR 2017/745)
Satin finish – completely glare-free under surgical light
Curved design with sharp-sharp configuration
High-quality stainless steel 1.4021/420 – rust-free and corrosion-resistant
20.0 cm total length – extended reach
Autoclavable up to 135°C – repeatedly sterilizable
Reinforced sharp jaws for optimal power transmission

Technical Features:

  • Double-sharp design for finest dissection work

  • Extended construction for deeper dissection planes

  • Perfectly balanced despite increased length

  • Ideal compromise between reach and precision

Technical Specifications:

  • Total length: 20.0 cm

  • Jaw length: 8.5 cm

  • Curvature radius: 40°

  • Jaw width: 2.5 mm

  • Tip width: 0.3 mm (sharp)

  • Tip angle: 25°

  • Weight: 65 g

  • Material thickness: 2.1 mm

Fields of Application:

  • Deeper microsurgical procedures

  • Ophthalmological surgery

  • Pediatric fine surgery

  • Plastic and reconstructive surgery

  • Neurosurgical procedures

  • Vascular microsurgery

Advantages:

  • Extended reach with highest precision

  • Outstanding cutting precision in deeper tissue layers

  • Optimal visual control in angled surgical sites

  • Versatile application possibilities in microsurgery


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