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1

Stealth 360™ GEN2

 Peripheral Orbital Atherectomy System

Instructions for use

Including the Orbital Atherectomy Device with 

GlideAssist

®

, Saline Pump, 

ViperWire Advance

®

 Peripheral 

Guide Wire, and 

ViperWire Advance

®

 with FlexTip Peripheral Guide Wire

Caution:

 Federal Law (USA) restricts this device to sale by or on the order of a physician. 

The following are trademarks of Cardiovascular Systems, Inc.: 

CSI

®

,

 Stealth 360

®

,

 ViperWire

®

,

 ViperWire 

Advance

®

,

 ViperSlide

®

,

 GlideAssist

®

Explanation of symbols on package labels

Refer to the package labels to see which symbols 

apply to specific products.

Lot number

Model number

Consult IFU 

www.csi360.com

 (USA) 

(symbol appears in blue 

when placed on the 

device itself)

Caution: Consult IFU 

www.csi360.com

 (USA)

Do not reuse

Do Not Resterilize

Sterilized with Ethylene 

Oxide

Manufacturer

Use by

Maximum guide wire tip 

diameter

Maximum guide wire 

shaft diameter

Guide wire length

Caution: Federal Law 

(USA) restricts this device 

to sale by or on the order 

of a physician.

Contains Phthalates

1. System description

The 

Stealth 360 

®

 Peripheral Orbital Atherectomy 

System is a minimally invasive percutaneous 

orbital atherectomy system (OAS). It is designed 

for improving luminal diameter in patients with 

peripheral arterial disease (PAD). PAD is caused 

by the accumulation of plaque in the arteries of the 

leg or foot and reduces blood flow that may lead 

to pain, tissue loss, and eventual foot amputation, 

leg amputation or death. This system treats a 

broad range of plaque types in the lower limbs 

and reduces or removes occlusive material by 

using a spinning, orbiting diamond-coated crown, 

within peripheral arteries, in order to restore lumen 

patency.
The OAS consists of: 

• Hand-held 

Stealth 360 

®

 Peripheral Orbital 

Atherectomy Device (OAD) 

• Saline Pump (OAS pump)

• 

ViperWire Advance 

®

 Peripheral Guide Wire 

(guide wire) or CSI 

ViperWire Advance 

®

 with 

FlexTip Peripheral Guide Wire (guide wire) 

• CSI 

ViperSlide 

®

 Lubricant

The 

Stealth 360 

®

 Peripheral Orbital Atherectomy 

System is indicated for use as therapy in patients 

with occlusive atherosclerotic disease in peripheral 

arteries and who are acceptable candidates for 

percutaneous transluminal atherectomy.

2. Component Descriptions

2.1. Orbital Atherectomy Device (OAD) 

Description

The OAD (Figure 1) is a hand-held component 

of the OAS that provides the physician with 

independent control of the OAS. The OAD is a 

single use over-the-wire device consisting of a 

handle, and a saline line. 
The handle includes a sheath-covered drive 

shaft and a diamond-coated crown. The diamond 

coating on the crown provides an abrasive 

surface to reduce or remove occlusive material 

within peripheral arteries. The handle includes 

control buttons for operating the OAD and 

contains the motor and electronics that power the 

rotation of the drive shaft.

Device Components: 

• Crown

• Crown Advancer Knob

• Drive Shaft

• Sheath (covers the shaft proximal to the crown);

• Electrical Cord to power OAD

• Electric Motor (which spins the shaft/crown);

• Saline Port (allows for infusion of saline through 

the sheath around the shaft);

• Saline Tubing (connecting the OAS pump to 

the device)

Crown size determines the ability to cross the 

lesion within the minimum proximal reference 

vessel diameter at the treatment site. See 

Table 1, Table 2, and Table 3 for available 

crown sizes. See Appendices D and E for orbit 

performance for the different crowns.

Table 1: Micro Crowns

Model 

Number

Crown 

Size  

(mm)

Nose 

Length* 

(mm)

Shaft 

Length 

(mm)

PRD-SC30-MICRO

1.25

7

145

*Nose length is the length of the drive shaft from the crown to 

the distal tip of the shaft.

Table 2: Solid Crowns

Model 

Number

Crown 

Size 

(mm)

Nose 

Length* 

(mm)

Shaft 

Length 

(mm)

PRD-SC30-125

1.25

7

145

PRD-SC30-150

1.50

10

145

PRD-SC30-200

2.00

30

145

RAD-SC30-125

1.25

10

200

RAD-SC30-150

1.50

10

200

RAD-SC30-175

1.75

30

180

Table 3: Classic Crowns

Model 

Number

Crown 

Size 

(mm)

Nose 

Length* 

(mm)

Shaft 

Length 

(mm)

DBE-150

1.50

15

145

DBE-200

2.00

20

145

Figure 1. 

Stealth 360 

®

 Orbital Atherectomy Device

A.  Nose Length

B.  Crown 

C.  Strain Relief

D.  Lockable Crown Advancer Knob

E. 

On/Off Button

F.  Crown Rotation Speed Control Buttons and 

Indicators

G.  Guide Wire Brake Lever

H.  Electrical Power Cord

I.  Device Saline Port Connector

J.  Saline Bag Spike

K.  Saline Tubing Positioners

L.  Saline Tubing

M. Injection Port

N.  Saline Line Port Connector

O.  Travel Indicating Ruler 

P.  Saline Prime Button

Device Features: 

• 

On/Off button on Crown Advancer Knob to 

control when the crown starts and stops spinning;

• 3 Speed Control Buttons to select the crown 

rotation speed;

• 

GlideAssist 

®

 to facilitate advancing and 

retracting the OAD crown over the 

ViperWire 

®

 

Peripheral Guide Wire (Available on the 

1.25mm Micro crown model)

• Saline Prime Button for increasing OAS pump 

flow rate

• 15 cm crown advancement with travel 

measurement indicators

• Guide Wire Brake to restrict both the rotational 

and axial movement of the guide wire 

• 

Drive shaft (a flexible, helically wound, stainless 

steel, multiple-wire shaft that drives spinning 

of the crown and allows for passage of a guide 

wire)

• Eccentric Diamond-Coated crown (functions as 

the abrasive surface)

• Strain Relief to prevent kinks in the sheath and 

drive shaft.

2.1.1 OAD Package Contents 

The OAD and accessories are supplied sterile 

and are for single-use only. Each package 

contains:

• OAD 

• Saline Line (connects the OAD to the OAS 

pump)

2.2. Crowns

A crown is a diamond-coated, abrasive surface 

mounted on the driveshaft that is designed to 

track and spin over the guide wire and remove 

or reduce the occlusive tissue into microscopic 

particles. 

Select a crown size based on its ability to cross 

the lesion and the minimum proximal reference 

vessel diameter within the treatment area. See 

Appendix B for crown sizes and selection and 

Appendix D for the maximum orbit/resulting 

lumen diameter for each crown.

Explanation of symbols on the Saline Pump

Low saline red LED 

indicator

Start button and pump 

ON green LED indicator

Pump status yellow LED 

indicator

Prime button

Type CF Applied Part

Slow Blow Type T Fuse

Finger Caution

Explanation of Symbols on the Orbital 

Atherectomy Device

Prime button

Low speed button

Medium speed button

High speed button

Table of Contents

1. System description ............................................1

2. Component Descriptions ...................................1

3. Indications for Use  ............................................2

4. Contraindications ...............................................2

5. Restrictions ........................................................2

6. Warnings  ..........................................................2

7. Precautions........................................................2

8. Adverse events  .................................................2

9. Clinical Trials Summary  ....................................2

10. Storage and Handling ......................................2

11. Equipment, Setup, and Test .............................3

12. OAS Directions for Use ...................................3

13. Maintaining the OAS pump..............................4

14. Specifications

 ..................................................4

15. OAS Pump Declaration of Conformity .............4

16. EMC Declaration  ............................................5

17. Disclaimer of Warranty ....................................5

Appendix A. System Troubleshooting ....................5

Appendix B. Introducer, Guide Sheath, or 

Guide Catheter Size .........................................6

Appendix C. 

ViperWire Advance

®

 Peripheral 

Guide Wire Specifications 

 ...............................6

Appendix D. Maximum Orbit and Resulting 

Lumen Diameter ..............................................6

Appendix E. Orbit Performance  ............................7

Содержание PRD-SC30-125

Страница 1: ... D and E for orbit performance for the different crowns Table 1 Micro Crowns Model Number Crown Size mm Nose Length mm Shaft Length mm PRD SC30 MICRO 1 25 7 145 Nose length is the length of the drive shaft from the crown to the distal tip of the shaft Table 2 Solid Crowns Model Number Crown Size mm Nose Length mm Shaft Length mm PRD SC30 125 1 25 7 145 PRD SC30 150 1 50 10 145 PRD SC30 200 2 00 30...

Страница 2: ...own to the point of contact with the guide wire spring tip Distal spring tip detachment and embolization may result Make sure there is a minimum of 10 cm between the guide wire spring tip and the distal end of the shaft Always advance the orbiting abrasive crown by using the crown advancer knob Never advance the crown by advancing the drive shaft or OAD handle Guide wire buckling may occur and per...

Страница 3: ...he OAD is preset to low speed and the illuminated LED on the OAD will indicate that the OAD is operating at low speed 8 Check that the flow of saline is increasing and that the shaft and crown are beginning to spin 9 Immediately press and release the On Off button to stop the shaft and crown from spinning and to complete the test 11 6 Initiating the Atherectomy Procedure 1 Gain vessel access using...

Страница 4: ... immerse the OAS pump into fluids Do not use solvents or abrasive cleaners to clean the OAS pump as these may damage the OAS pump and OAS pump components Caution Completely dry the OAS pump before reconnecting the OAS pump to wall power and powering on the OAS pump Clean the OAS pump immediately after each use by following the steps below 1 Prepare an enzymatic detergent such as Enzol per manufact...

Страница 5: ...on has authority to bind CSI to any representation warranty or liability except as set forth in this Disclaimer of Warranty CSI may at its sole discretion replace any device that is determined to have been out of specification at the time of shipment The exclusions disclaimers and limitations set forth in this Disclaimer of Warranty are not intended to and shall not be construed as to contravene m...

Страница 6: ... Table B2 Solid Crown Crown Diameter mm Model Number Orbital Atherectomy Device Maximum Outer Diameter mm inches Minimum Introducer or Guide Sheath Internal Diameter French inches Guide Catheter Sizing 1 25 PRD SC30 125 1 80 0 070 6 0 079 See guide catheter manufacturer specifications for lumen diameter 1 50 PRD SC30 150 1 80 0 070 6 0 079 2 00 PRD SC30 200 2 00 0 079 6 0 079 1 25 RAD SC30 125 1 6...

Страница 7: ... High Speed 120 krpm 1 3 1 5 1 7 1 9 2 1 2 3 2 5 2 7 2 9 0 2 4 6 8 10 12 14 16 18 20 ORBIT DIAMETER MM NUMBER OF PASSES 1 25 MM SOLID CROWN 200 CM LENGTH ORBIT RESULTS 60k RPM Low Speed 90k RPM Medium Speed 120k RPM High Speed 1 50 1 60 1 70 1 80 1 90 2 00 2 10 2 20 0 2 4 6 8 10 12 14 16 18 20 ORBIT DIAMETER MM NUMBER OF PASSES 1 50 MM CLASSIC CROWN 145 CM LENGTH ORBIT RESULTS Low Speed 60 krpm Me...

Страница 8: ...ed 2 00 2 10 2 20 2 30 2 40 2 50 2 60 2 70 2 80 2 90 0 2 4 6 8 10 12 14 16 18 20 ORBIT DIAMETER MM NUMBER OF PASSES 2 00 MM CLASSIC CROWN 145 CM LENGTH ORBIT RESULTS Low Speed 60 krpm Medium Speed 90 krpm High Speed 140 krpm 2 2 5 3 3 5 4 4 5 5 0 2 4 6 8 10 12 14 16 18 20 ORBIT DIAMETER MM NUMBER OF PASSES 2 00 MM SOLID CROWN 145 CM LENGTH ORBIT RESULTS Low Speed 60 krpm Medium Speed 90 krpm High ...

Страница 9: ...s tailles de couronne Voir les annexes D et E pour la performance rotationnelle des différentes couronnes Tableau 1 Micro couronnes Numéro de référence Taille de la couronne mm Longueur de l embout mm Longueur de l arbre mm PRD SC30 MICRO 1 25 7 145 La longueur de l embout correspond à la longueur de l arbre d entraînement de la couronne jusqu à la pointe distale de l arbre Tableau 2 Couronnes ple...

Страница 10: ...te pendant que la couronne de l OAD tourne Cela pourrait entraîner la défaillance de l OAD ou des lésions chez le patient Ne pas tenter d aspirer par l OAD ou la tubulure de sérum physiologique quand il est placé dans le corps Si du sérum physiologique est retiré de l OAD ou de la tubulure de sérum physiologique de l air peut entrer dans le système Si de l air est détecté dans le système pendant q...

Страница 11: ...que et s assurer que la tubulure n est pas tendue entre la pompe de l OAS et la poche de sérum physiologique contenant du lubrifiant 5 Vérifier que la tubulure à sérum physiologique est correctement insérée dans les guides en V destinés à recevoir la tubulure et que celle ci n est pas pliée ou endommagée 6 Appuyer sur l interrupteur d alimentation principal au dos de la pompe de l OAS et vérifier ...

Страница 12: ...ivantes 1 Arrêter la rotation de la couronne et de l arbre d entraînement en appuyant sur le bouton marche arrêt situé sur le dessus du bouton d avancement de la couronne et en le relâchant 2 Débrancher le cordon d alimentation de l OAD de la pompe de l OAS 3 Laisser l introducteur la gaine guide le cathéter guide et le guide en place relâcher le frein du guide sur l OAD et reculer la gaine et l a...

Страница 13: ...ssitent des précautions spéciales concernant la compatibilité électromagnétique CEM Installer et utiliser les appareils électromédicaux conformément aux informations de CEM suivantes Ne pas placer d équipements de communication radiofréquence RF portables ou mobiles à proximité immédiate des appareils électromédicaux car ils peuvent en perturber le fonctionnement S assurer que les champs magnétiqu...

Страница 14: ...ière à être exécutoire dans toute la mesure du possible Si la partie concernée ne peut pas être modifiée cette partie peut être coupée et les autres parties de la présente exonération de garantie resteront pleinement en vigueur Annexe A Dépannage du système Si dans chacune des situations ci dessous un problème de la pompe de l OAS ou de l OAD ne peut pas être résolu remplacer le composant recomman...

Страница 15: ...er l OAD dans un vaisseau dont la taille est trop petite pour la couronne Le diamètre du vaisseau de référence au niveau du site à traiter doit être d au moins 2 00 mm pour la micro couronne de 1 25 mm Remarque Un passage est défini comme un va et vient à travers la lésion Les données sur l orbite qui sont présentées sont fondées sur une distance de passage de 6 cm à une vitesse de déplacement de ...

Страница 16: ...RPM Haute vitesse 1 75 2 25 2 75 3 25 3 75 4 25 4 75 0 2 4 6 8 10 12 14 16 18 20 DIAMÈTRE DE L ORBITE MM NOMBRE DE PASSAGES COURONNE PLEINE 1 75 MM LONGUEUR DE L ORBITE 180 CM RÉSULTATS 60 k RPM Basse vitesse 90 k RPM Moyenne vitesse 120 k RPM Haute vitesse 2 00 2 10 2 20 2 30 2 40 2 50 2 60 2 70 2 80 2 90 0 2 4 6 8 10 12 14 16 18 20 DIAMÈTRE DE L ORBITE MM NOMBRE DE PASSAGES COURONNE CLASSIQUE 2 ...

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