Boston SpyGlass User Reference Manual
SpyGlass
™
Direct Visualisation System and Capital Components
User Reference Guide
RCS Nanterre B420 668 420
© 2008 Boston Scientific Corporation
or its affiliates. All rights reserved.
DINEN D2174E A
All cited trademarks are the property of their respective owners. CAUTION: The law restricts these devices to sale by or on
the order of a physician. Indications, contraindications, warnings and instructions for use can be found in the product labelling
supplied with each device. Information for the use only in countries with applicable health authority product registrations.
PSST 4893 Printed in Germany by medicalvision.
www.bostonscientific.com
www.bostonscientific-international.com
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This overview is provided for illustrative purposes only and is intended only as a brief summary of how the procedural
steps for using the SpyGlass™ Direct Visualisation System are generally performed. Please refer to the Directions For Use
for complete instructions.
SECTION PAGE
1 SpyGlass™ System Capital Components
and Consumable Devices 2
2 Verifying Power 4
3 Pre-Procedure Setup 6
4 Image Quality Test 8
5 Preparing and Using the
SpyScope™ Access and
Delivery Catheter 10
6 Accessory Passage 12
7 Probe and Ocular Care and Storage 14
8 SpyGlass System Components
Ordering Information 16
9 Intended Use 18
table
of
contents
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1
Figure 2 Figure 3
2
3
SpyGlass™ System Capital Components
and Consumable Devices
Video Monitor
SpyGlass Ocular
3-Joint Arm
SpyGlass Direct
Visualisation Probe
Lightsource Cable
Irrigation Pump
Isolation
Transformer
Pump Footswitch
SpyGlass
Lightsource
SpyGlass Camera
SpyGlass
Component Cart
Figure 1
SpyGlass
™
System Capital Components and
Consumable Devices (Figure 1)
The capital system contains several components that will require assembly:
• SpyGlass Camera – Auto shutter camera with 6.4 mm CCD chip
• SpyGlass Ocular – optical coupler that interfaces with the SpyGlass Probe
and the video camera head
• SpyGlass Lightsource – 300 watt, high intensity white light
• SpyGlass Travel Cart – includes 3-joint arm for extension
• Isolation Transformer
• Irrigation Pump with Footswitch
Consumable Devices
SpyGlass Fibre Optic Probe (Figure 2)
• 6000 pixel fibre optic probe
• 70 degree field view
• 0.33 in (8.4 mm) outside diameter
• 365 cm long
•
Fibre optic bundle surrounded by light fibres
• Multiple use device that is reprocessed after each use
SpyScope
™
10 F (3.3 mm) Access & Delivery Catheter (Figure 3)
• Multi-lumen catheter including:
- One 1.2 mm accessory channel
- Two independent irrigation channels
- One 1.0 mm optical channel
- Four steering wires embedded in length of the catheter
SpyBite™ Biopsy Forceps
• Minimum working channel of 1.2 mm required
• Jaw outside diameter: 1 mm closed, 4 mm open
• 286 cm working length
• Single-use device
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2
Figure 4
4
5
Verifying Power
NOTE: A clear image will not be seen until the SpyGlass™ Probe is connected.
To prepare for a procedure, check that all of the capital components are plugged into
the isolation transformer mounted below the bot tom shelf of the cart. Verify that the
power inlet cord attached to the isolation transformer is plugged into a wall outlet.
• Turn on the power switch on the isolation transformer.
• Turn the power on for the monitor, lightsource, camera and irrigation pump.
(Figure 4)
• Verify that an image appears on the video monitor. The monitor will
have a dull, indistinct white-gray image.
• Do not shine light directly into the camera as this may damage the
imaging sensor.
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