GUIDE NEEDLE 16 CHARR HIGHLY BENT

GUIDING NEEDLE • 16 Charr • Strongly Curved • CE-Class IIa • ISO 13485:2016

Superfine Strongly Curved Guiding Needle for Ultra-Precise Microinterventions

Our guiding needle (16 Charr, strongly curved) is a medical device of CE-Class IIa according to MDR 2017/745, manufactured under the quality management system ISO 13485:2016. The superfine strongly curved design enables highest precision for ultra-fine micro-invasive procedures with strongly angulated access in extremely sensitive anatomical regions.

✔ Certified according to ISO 13485:2016
✔ CE Marking Class IIa (MDR 2017/745)
✔ Superfine Caliber - 16 Charr for minimal tissue trauma
✔ Strongly Curved Tip - for highest precision maneuverability
✔ Ultra-Precise Strong Curvature - 25-40° angle for micro-invasive access
✔ Satin Finish - for optimal gliding properties
✔ High-Grade Surgical Steel 1.4021 - stainless and biocompatible
✔ Verified Biocompatibility according to ISO 10993 - for safe application
✔ Luer-Lock Connection - for secure syringe connection
✔ Echogenic Marking - for high-resolution imaging
✔ Radiopaque - for precise control under fluoroscopy
✔ Ultra-Stable Microshaft - for maximum controllability
✔ Single-use - sterilizable after validation

Benefits of the Strongly Curved Guiding Needle 16 Charr:

• Minimal tissue trauma through superfine caliber

• Highest precision maneuverability in extremely sensitive regions

• Ultra-precise placement of micro guidewires

• Ideal for retinal and microvascular interventions with complex access

Areas of Application:

• Vitreoretinal surgery with strongly angulated access

• Microvascular interventions in complex anatomies

• Pediatric cardiology with difficult angle conditions

• Neurological microinterventions in confined spaces

• Plastic-aesthetic medicine with demanding access

Technical Specifications:

• Size: 16 Charr

• Tip Design: Strongly curved (25-40°)

• Connection: Luer-Lock Standard

• Material: Surgical Steel 1.4021

• Biocompatibility: Tested according to ISO 10993

• Risk Class: IIa according to MDR 2017/745

• Imaging: High-resolution echogenic and radiopaque