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Multi-Hole™ Biliary is a hybrid stent combining the advantages of non-covered stent and fully covered stentMulti-Hole™ Biliary is a hybrid stent combining the advantages of non-covered stent and fully covered stent
* The features on this website are only applicable to non-EU countries* The features on this website are only applicable to non-EU countries
Illustration of a biliary stent placed in the bile duct, draining bile

Play video: inside view of the Multi-Hole™ stent
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Anti-Migration Effect with Flares: the flared ends can reduce the risk of migrationAnti-Migration Effect with Flares: the flared ends can reduce the risk of migration
Easy Removal & Repositioning with a lasso on the proximal end; Excellent Visibility with 12 gold radiopaque markers on the stent and 1 on the lassoEasy Removal & Repositioning with a lasso on the proximal end; Excellent Visibility with 12 gold radiopaque markers on the stent and 1 on the lasso
Effective bile drainage through multiple 1.8 mm holes from side branches; Multiple Choice For Users: various diameters and lengthsEffective bile drainage through multiple 1.8 mm holes from side branches; Multiple Choice For Users: various diameters and lengths
Delivery system parts: Radiopaque Ring, Olive Tip, Radiopaque Repositioning Marker, Safety Locking SystemDelivery system parts: Radiopaque Ring, Olive Tip, Radiopaque Repositioning Marker, Safety Locking System
Yellow Endoscopic Marker (proximal end of stent), Black Markers (full deployment), Red Marker (recapturing limit)Yellow Endoscopic Marker (proximal end of stent), Black Markers (full deployment), Red Marker (recapturing limit)
Multi-Hole™ stent delivery system with part callout lines

Competitive AdvantageCompetitive Advantage
Animation of bile from biliary side branches draining through the stent holes
The Multi-Hole™ biliary stent assists bile drainage through multiple holes on the silicone membrane, especially from side branches of the biliary treeThe Multi-Hole™ biliary stent assists bile drainage through multiple holes on the silicone membrane, especially from side branches of the biliary tree
Animation of micro-ingrowth of tissue through the stent holes
Multiple holes cause micro-ingrowth acting as an anchor to reduce stent migration rateMultiple holes cause micro-ingrowth acting as an anchor to reduce stent migration rate
Animation of endoscopic removal of a biliary stent
Tissue embedment of Multi-Hole™ biliary stent is less than that of the uncovered stent, increasing the possibility of removal (may vary by patient condition)Tissue embedment of Multi-Hole™ biliary stent is less than that of the uncovered stent, increasing the possibility of removal (may vary by patient condition)
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Stent dimensions: A Diameter, B Usable Length, C Total LengthStent dimensions: A Diameter, B Usable Length, C Total Length
Ordering information: BMCL-08 and BMCL-10 series, diameter 8/10 mm, total length 40–120 mm; delivery system 2.66 mm / 8 Fr, 1800 mmOrdering information: BMCL-08 and BMCL-10 series, diameter 8/10 mm, total length 40–120 mm; delivery system 2.66 mm / 8 Fr, 1800 mm
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Prof. Makoto Kobayashi, developer of the Multi-Hole™ Biliary Stent: six cases with 100% stent deployment success and 100% patencyProf. Makoto Kobayashi, developer of the Multi-Hole™ Biliary Stent: six cases with 100% stent deployment success and 100% patency
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Interview with ExpertsInterview with Experts
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FAST Biliary, Z-EUS IT and M.I.Tech logos; M.I.Tech Co., Ltd., 174 Habuk 2-gil, Jinwi-myeon, Pyeongtaek-si, Gyeonggi-do, Tel 82-70-4304-7400