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rigid nephroscope 24 fr  (KARL STORZ)

 
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    Structured Review

    KARL STORZ rigid nephroscope 24 fr
    (A) Fluoroscopic imaging showing insertion of a 6 Fr ureteral catheter into the renal collecting system. (B) Retrograde pyelography performed by injecting an iodine-based contrast medium under fluoroscopic guidance. (C) Patient positioned in the prone position, compatible with the C-arm fluoroscopy setup. (D) Chiba needle inserted into the calyx using the “eye-of-the-needle” technique, with confirmation of calyceal access by observing urine flow through the needle. (E) Fluoroscopic imaging of tract dilatation and Amplatz sheath placement into the calyx. The guidewire is correctly positioned, extending into the ureter. (F) Endoscopic view of renal calculi within the calyx using the <t>nephroscope,</t> prior to fragmentation and removal. PCNL: percutaneous nephrolithotomy
    Rigid Nephroscope 24 Fr, supplied by KARL STORZ, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
    https://www.bioz.com/result/rigid nephroscope 24 fr/product/KARL STORZ
    Average 90 stars, based on 1 article reviews
    rigid nephroscope 24 fr - by Bioz Stars, 2026-06
    90/100 stars

    Images

    1) Product Images from "Percutaneous Nephrolithotomy Safety, Efficacy, and Outcomes: A 10-Year Experience of a Tertiary Care Center in South Lebanon"

    Article Title: Percutaneous Nephrolithotomy Safety, Efficacy, and Outcomes: A 10-Year Experience of a Tertiary Care Center in South Lebanon

    Journal: Cureus

    doi: 10.7759/cureus.84097

    (A) Fluoroscopic imaging showing insertion of a 6 Fr ureteral catheter into the renal collecting system. (B) Retrograde pyelography performed by injecting an iodine-based contrast medium under fluoroscopic guidance. (C) Patient positioned in the prone position, compatible with the C-arm fluoroscopy setup. (D) Chiba needle inserted into the calyx using the “eye-of-the-needle” technique, with confirmation of calyceal access by observing urine flow through the needle. (E) Fluoroscopic imaging of tract dilatation and Amplatz sheath placement into the calyx. The guidewire is correctly positioned, extending into the ureter. (F) Endoscopic view of renal calculi within the calyx using the nephroscope, prior to fragmentation and removal. PCNL: percutaneous nephrolithotomy
    Figure Legend Snippet: (A) Fluoroscopic imaging showing insertion of a 6 Fr ureteral catheter into the renal collecting system. (B) Retrograde pyelography performed by injecting an iodine-based contrast medium under fluoroscopic guidance. (C) Patient positioned in the prone position, compatible with the C-arm fluoroscopy setup. (D) Chiba needle inserted into the calyx using the “eye-of-the-needle” technique, with confirmation of calyceal access by observing urine flow through the needle. (E) Fluoroscopic imaging of tract dilatation and Amplatz sheath placement into the calyx. The guidewire is correctly positioned, extending into the ureter. (F) Endoscopic view of renal calculi within the calyx using the nephroscope, prior to fragmentation and removal. PCNL: percutaneous nephrolithotomy

    Techniques Used: Imaging



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    (A) Fluoroscopic imaging showing insertion of a 6 Fr ureteral catheter into the renal collecting system. (B) Retrograde pyelography performed by injecting an iodine-based contrast medium under fluoroscopic guidance. (C) Patient positioned in the prone position, compatible with the C-arm fluoroscopy setup. (D) Chiba needle inserted into the calyx using the “eye-of-the-needle” technique, with confirmation of calyceal access by observing urine flow through the needle. (E) Fluoroscopic imaging of tract dilatation and Amplatz sheath placement into the calyx. The guidewire is correctly positioned, extending into the ureter. (F) Endoscopic view of renal calculi within the calyx using the <t>nephroscope,</t> prior to fragmentation and removal. PCNL: percutaneous nephrolithotomy
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    Image Search Results


    (A) Fluoroscopic imaging showing insertion of a 6 Fr ureteral catheter into the renal collecting system. (B) Retrograde pyelography performed by injecting an iodine-based contrast medium under fluoroscopic guidance. (C) Patient positioned in the prone position, compatible with the C-arm fluoroscopy setup. (D) Chiba needle inserted into the calyx using the “eye-of-the-needle” technique, with confirmation of calyceal access by observing urine flow through the needle. (E) Fluoroscopic imaging of tract dilatation and Amplatz sheath placement into the calyx. The guidewire is correctly positioned, extending into the ureter. (F) Endoscopic view of renal calculi within the calyx using the nephroscope, prior to fragmentation and removal. PCNL: percutaneous nephrolithotomy

    Journal: Cureus

    Article Title: Percutaneous Nephrolithotomy Safety, Efficacy, and Outcomes: A 10-Year Experience of a Tertiary Care Center in South Lebanon

    doi: 10.7759/cureus.84097

    Figure Lengend Snippet: (A) Fluoroscopic imaging showing insertion of a 6 Fr ureteral catheter into the renal collecting system. (B) Retrograde pyelography performed by injecting an iodine-based contrast medium under fluoroscopic guidance. (C) Patient positioned in the prone position, compatible with the C-arm fluoroscopy setup. (D) Chiba needle inserted into the calyx using the “eye-of-the-needle” technique, with confirmation of calyceal access by observing urine flow through the needle. (E) Fluoroscopic imaging of tract dilatation and Amplatz sheath placement into the calyx. The guidewire is correctly positioned, extending into the ureter. (F) Endoscopic view of renal calculi within the calyx using the nephroscope, prior to fragmentation and removal. PCNL: percutaneous nephrolithotomy

    Article Snippet: Throughout the last dilator, the working sheath of the nephroscope is placed, through which a 24 Fr rigid nephroscope (Karl Storz Endoskope, Tuttlingen, Germany) is used (Figure ).

    Techniques: Imaging