QIUNKE BIOPSY CANNULA Ø 0,7MM X 89MM

QUINKE BIOPSY NEEDLE • Ø 0.7 mm × 89 mm • CE-Class IIb • ISO 13485:2016

Extended Spinal Needle for Demanding Lumbar Punctures

Our QUINKE biopsy needle (Ø 0.7 mm × 89 mm) is a medical device of CE-Class IIb according to MDR 2017/745, manufactured under the quality management system ISO 13485:2016. The extended design with Quincke configuration enables precise cerebrospinal fluid sampling in obese patients or difficult anatomical conditions.

✔ Certified according to ISO 13485:2016
✔ CE Marking Class IIb (MDR 2017/745)
✔ Ultra-Fine Diameter - Ø 0.7 mm for minimal trauma risk
✔ Extended Length - 89 mm for demanding punctures
✔ Quincke Design - lateral bevel sharp cannula tip
✔ Pencil-Point Tip - for atraumatic tissue separation
✔ Satin Finish - for precise handling during long puncture paths
✔ High-Grade Surgical Steel 1.4021 - stainless and biocompatible
✔ Comprehensive Biocompatibility according to ISO 10993
✔ Luer-Lock Connection - for secure syringe connection
✔ Depth Markings - for precise control during deep punctures
✔ Echogenic Marking - optional for ultrasound-guided punctures
✔ Reinforced Shaft - for stability with extended length
✔ Single-use - sterilizable after validation

Benefits of the QUINKE Biopsy Needle 0.7 mm × 89 mm:

• Optimal accessibility to spinal canal in obese patients

• Reduced risk of post-lumbar puncture headache

• Precise control even in difficult anatomical conditions

• Minimal tissue traumatization through ultra-fine diameter

Areas of Application:

• Lumbar punctures in obese patients

• Diagnostic CSF sampling with difficult access

• Therapeutic intrathecal injections

• Spinal anesthesia in challenging anatomical conditions

• Myelography with extended puncture paths

Technical Specifications:

• Diameter: Ø 0.7 mm

• Length: 89 mm

• Risk Class: IIb according to MDR 2017/745

• Design: Quincke with lateral bevel geometry

• Connection: Luer-Lock Standard

• Material: Surgical Steel 1.4021

• Biocompatibility: Comprehensively tested according to ISO 10993

• Special Feature: For demanding puncture conditions