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  FINECROSS Microcatheter

  FINECROSS^® MG Coronary Micro-Guide Catheter

  Product Code	Catheter Length	Distal Hydrophilic Coating	Distal Outer Diameter	Proximal Outer Diameter	Distal Inner Diameter	Proximal Inner Diameter	Recommended Guidewire Size
  35-1430	130cm	70cm	1.8Fr. (0.60mm)	2.6 Fr. (0.87mm)	0.018″ (0.45mm)	0.021″ (0.55mm)	0.014″ (0.36mm)
  35-1450	150cm	90cm	1.8Fr. (0.60mm)	2.6 Fr. (0.87mm)	0.018″ (0.45mm)	0.021″ (0.55mm)	0.014″ (0.36mm)

  PRODUCT OVERVIEW

  Coronary microguide catheter for integration of optimal guidewire support, superior trackability and crossability.^1,2

  

  TAPERED STAINLESS STEEL BRAID CONSTRUCTION FOR OPTIMAL GUIDEWIRE SUPPORT

  FINECROSS MG stainless steel braid construction is designed to provide strength, responsiveness and support for improved pushability to access and cross complex lesions.

  13cm FLOPPY DISTAL SEGMENT FOR SUPERIOR TRACKABILITY¹

  The distal 13 cm is ultra flexible for improved trackability around tight bends and tortuous anatomy.The floppy distal segment is designed to be atraumatic and provide an optimal balance between trackability and safety while navigating through the tortuous anatomy.¹

  TAPERED OUTER DIAMETER FOR SUPERIOR CROSSABILITY^1,2

  The outer diameter of the stainless steel shaft tapers from a proximal 2.6Fr. to a distal 1.8Fr. designed for improved crossability and guidewire handling.^1,2

  DOCUMENTS

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  Launcher- 8f Guiding Catheter’s

  EBU@ (Extra Backup)

  LA8EBU30 (EBU 3.0)

  LA8EBU35 (EBU 3.5)

  LA8EBU375 (EBU 3.75)

  LA8EBU40 (EBU 4.0)

  LA8EBU45 (EBU 4.5)

  LA8EBU50 (EBU 5.0)

  JL@ (Judkin Left )

  LA8JL30 (JL 3.0)

  LA8JL35 (JL 3.5)

  LA8JL40 (JL 4.0)

  LA8JL45 (JL 4.5)

  LA8JL50 (JL 5.0)

  LA8JL60 (JL 6.0)

  JR@ (Judkin Right )

  LA8JR30 (JR 3.0)

  LA8JR35 (JR 3.5)

  LA8JR40 (JR 4.0)

  LA8JR45 (JR 4.5)

  LA8JR50 (JR 5.0)

  LA8JR60 (JR 6.0)

  AL@ (Amplatz Left )

  LA8AL75 (AL .75)

  LA8AL10 (AL 1.0)

  LA8AL15 (AL 1.5)

  LA8AL20 (AL 2.0)

  LA8AL25 (AL 2.5)

  LA8AL30 (AL 3.0)

  LA8AL40 (AL 4.0)

  SAL@ (Short Amplatz Left)

  LA8SAL75 (SAL . 75)

  LA8SAL10 (SAL 1.0)

  LA8SAL15 (SAL 1.5)

  LA8SAL20 (SAL 2.0)

  LA8SAL25 (SAL 2.5)

  LA8SAL30 (SAL 3.0)

  LA8SAL40 (SAL 4.0)

  AR@ (Amplatz Right)

  LA8AR10 (AR 1.0)

  LA8AR20 (AR 2.0)

  LA8ALR12 (ALR 1.2)

  ECR Curves@ (Backup Support Right)

  LA8ECR35 (ECR 3.5)

  LA8ECR40 (ECR 4.0)

  LA8ECR45 (ECR 4.5)

  LA8RBU35 (RBU 3.5)

  LA8RBU40 (RBU 4.0)

  SCR@ (Shepherd’s Crook Right)

  LA8SCR35 (SCR 3.5)

  LA8SCR40 (SCR 4.0)

  LA8SCR50 (SCR 5.0)

  SAR@ (Short Amplatz Right)

  LA8SAR10 (SAR 1.0)

  LA8SAR20 (SAR 2.0)

  Multipurpose@

  LA8MB1 (MB 1)

  LA8MB2 (MB 2)

  LA8HSREL (Hockey Stick)

  LA8HSI (Hockey I)

  LA8HSII (Hockey II)

  LA8HSIII (Hockey III)

  Bypass Crafts@

  LA8LCB (LCB)

  LA8RCB (RCB)

  LA8RCB (RCB III)

  LA8RCB (RCB  90cm)

  LA8IMA (IMA)

  LA8IMA (IMA  90cm)

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  Rated 3.00 out of 5

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  Glide sheath

  Product overview

  Expanding trans-radial access to include more patients

  • Glide sheath Slender is designed with a proprietary thin-wall technology where the outside diameter is reduced by one French size while the inner-diameter equivalent is maintained.
  • Glide sheath Slender is coated with Terumo’s proprietary hydrophilic coating, allowing for smooth insertion and removal.

   

  Features and Benefits

  

  The proprietary thin-wall technology and Terumo M Coat hydrophilic coating

  • Per the American Heart Association, dedicated radial sheaths with hydrophilic coating combined with smaller diameter sheaths and a tapered tip design may reduce risk of arterial spasm and radial occlusion¹
  • Featuring Terumo’s proprietary hydrophilic coating, the Glide sheath Slender Sheath is the only thin-wall radial sheath on the market to demonstrate superior and consistent performance in lubricity and durability over time

  The Glide sheath Slender Sheath is the only thin-wall sheath that demonstrated best in class performance in all of the American Heart Association’s identified critical features that lead to reduced spasm.

   

  THE POWER OF TERUMO GLIDE TECHNOLOGY™: LUBRICITY OVER TIMES

  Hydrophilic coating is critical to procedural success, Physicians need to trust that their sheath will be just as lubricous at the end of case as it is at the beginning.

  The graph below demonstrates the results of recent benchtop testing. The lower the value, the more lubricious the coating. The straighter the line, the more consistent, and reliable, the performance.

  Glide sheath Slender Sheath outperformed the other competitive sheaths in both key features: lubricity and lubricity over time.

  

   

  Unmatched Clinical Evidence

  • A meta-analysis of 10 clinical papers, involving 3,821 patients, demonstrated that use of Glide sheath Slender Sheath is associated with high rates of procedural success and low rates in performance related issues.
  • In studies measuring patient comfort, patients who underwent percutaneous trans-radial procedures with the Glide sheath Slender Sheath reported none to low amounts of pain.
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  GUIDING CATHETER EKARI

  Product Overview

  IMPROVED BACK UP SUPPORT^*1

  Catheter designed to use contralateral wall resulting in enhanced back-up support.

  UNIVERSAL SHAPE (IKARI LEFT) ^*2

  Offer capability of accessing the right and left coronary arteries, potentially avoiding catheter exchanges.

  DESIGN FOR SAFETY

  Soft tip to reduce damage to the vessel wall

  

  *1: Ikari Y, Nagaoka M, Kim JY, Merino Y, Tanabe T. The physics of guiding catheters for the left coronary artery in transfemoral and trans-radial interventions. J Invasive Cardio. 2005 Dec; 17(12): 636-641.*2: Youssef AA, Hsieh YK, Cheng CI, We CJ. A single trans-radial guiding catheter for right and left coronary angiography and intervention. Euro intervention 2007; 3: 475-481.

  Patients who have had cardiac catheterization or coronary angioplasty often are required to stay in bed with restricted movement for three to 24 hours afterward to prevent bleeding from the femoral artery catheter insertion site.

  Features and Benefits

  Improved back up support in comparison to Terumo standard femoral guiding catheter shapes^*1

  

  *1: Based on comparative studies made among Terumo Guiding Catheters*2: Ekari Y, Nagaoka M, Kim JY, Merino Y, Tanabe T. The physics of guiding catheters for the left coronary artery in transfemoral and trans-radial interventions. J Invasive Cardio. 2005 Dec; 17(12): 636-641.*3: Youssef AA, Hsieh YK, Cheng CI, We CJ. A single trans-radial guiding catheter for right and left coronary angiography and intervention. Euro intervention 2007; 3: 475-481.

  Guide catheters are required for all coronary interventions to provide access to the coronary ostium and support equipment delivery. The ideal guide provides stability for device advancement through the coronary anatomy, while minimizing vessel trauma and allowing for vessel opacification.

  The catheter is guided to the narrowed artery. Then, a smaller balloon catheter is inserted through the flexible catheter and inflated at the narrowed area to open it. Often, the doctor will also place a mesh coil called a stent at the narrowed part to help keep the artery open.