TransLite Veinlite EMS User manual

Veinlite EMS®
[1] – Clear Window
[2] – ON/OFF Button – Low Battery Light
[3] – Battery Cap
[4] – Lanyard Hole
READ INSTRUCTIONS BEFORE
CAUTION
United States Federal Law restricts this device for sale
by or on the order of a physician or other licensed
health care professional.
.
Veinlite EMS is designed for external examination only.
Always use the disposable plastic cover when
examining patients with Veinlite EMS.
To avoid contamination of the device, do not use
Veinlite EMS without the disposable plastic cover.
To avoid spread of infection, always change the
disposable plastic cover between patients.
TransLite, LLC
8410 Highway 90A, # 150, Sugar Land, TX 77478, USA
Attachments
Two attachments are included with the Veinlite EMS. The first is
a snap-on light shield to reduce interference from bright
overhead lighting. The second is a snap-on adapter to reduce the
size of the viewing area for use with infants. Please read the
included instructions for attaching the adapters.
Veinlite EMS Light Shield Veinlite EMS Pediatric Adapter
Warranty
The Veinlite EMS has a one year parts and labor warranty. In
order for this warranty to be activated, you must register the
Veinlite EMS at the time of purchase either by submitting your
registration via www.veinlite.com or by calling TransLite at the
number below.
Veinlite EMS Specifications
Number of LEDs: 12 orange and 4 red LEDs
Weight without batteries: 1.5 oz
Dimensions: 115 x 55 x 21 mm
Batteries: 2 AA Alkaline Batteries
Explanation of Symbols
M. Devices Group,
Marlborough House, Riding Street,
Southport, PR8 1EW, UK.
Tel: [phone] Fax: [phone]
TransLite, LLC
8410 Highway 90A, Suite 150
Sugar Land, TX 77478, U.S.A.
Veinlite EMS is a Registered Trademark of TransLite, LLC
VEMS DFU 0711
Symbol Explanation
Model Number
Serial Number
Manufacturer
EC Representative (EU Only)
Do not dispose as unsorted
municipal waste.
EC REP

INSTRUCTIONS
Introduction
The TransLite Veinlite™ EMS is a hand-held battery powered
transillumination device for finding veins and assisting in vein
access. It utilizes the patented* transillumination technique
known as side-transillumination, which enables the Veinlite EMS
to uniformly illuminate a small region of skin and subcutaneous
tissue, anywhere on the body, without any areas of shadow. The
shadow-free side-transillumination technique allows better
visualization of veins than any other transillumination method.
The design of the Veinlite EMS is such that during vein access,
the vein is visualized, skin is stretched and the vein is
sequestered to keep it from rolling.
Applications
¾Finding veins and assisting in vein access in all patient
populations
¾Venous access in patients with a history of difficult
venous access or fragile veins
¾Easier visualization of veins in dark skinned patients
Side-Transillumination Technique
In side-transillumination, the patented* new transillumination
technique, light shines into the skin from outside the area of
interest. A ring of bright light is focused below the skin surface
and directed towards the ring's center. The focused light creates
a volume of illumination, with the central focus acting as a virtual
light source under the skin. This technique achieves uniform
illumination of a small region of tissue anywhere on the body and
does not create the shadows that limit the usefulness of other
transillumination techniques. The LED light colors are designed
to be absorbed by venous blood and veins show up as darker
lines in the field of view.
Description of Veinlite EMS
The Veinlite EMS has 16 light emitting diodes (LEDs), mounted
in a circular array and pointed towards the center of the circle.
There are 12 orange LEDs and 4 red LEDs. The light from the
LEDs shines through a clear plastic window [1] so that it is
focused under the skin. There is an opening in the circle to allow
access. The LEDs are spaced around the circle for optimum vein
imaging.
The two colors of the LEDs (patent pending) were selected for
the specific characteristics of the light they emit, resulting in
optimal visualization of veins at varying depths and through skins
of different pigmentation. The orange LEDs are optimal for
viewing veins in light skin patients, whereas the red LEDs are
optimal for viewing deeper veins in darkly pigmented skin. The
LEDs can be turned on and off by pressing the orange colored
button [2] located on the side of the Veinlite LED.
*US Patent Number 5,146,923.
Operating Directions
1. Place the Veinlite EMS inside the disposable plastic
cover. Wipe the area of the cover coming in contact
with the patient with 70% isopropyl alcohol or other
medically accepted disinfectant. Check the cover to
make sure it is intact.
2. Turn off any overhead fluorescent lights as these may
interfere with transillumination. Low power, non-
fluorescent side lighting should be used instead.
3. Visually locate the region of the skin you wish to
examine for veins and then place the Veinlite EMS
over it, with the LEDs facing down towards the skin.
4. Apply gentle pressure to the Veinlite EMS to ensure it
is in contact with the skin.
5. Depress the orange button [2] to switch on the LEDs.
6. To access a vein while viewing with the Veinlite EMS,
place the Veinlite EMS over the vein. Rotate the
Veinlite EMS so the opening in the circle of LEDs faces
away from the heart. Apply gentle pressure on the
Veinlite EMS to sequester the vein. Pull back slightly
on the Veinlite EMS to stretch the skin and provide
traction. Insert the needle in the normal way.
7. Discard the disposable plastic cover after each patient
and switch off the Veinlite EMS when it is not in use.
Position of Veinlite EMS while looking for vein
Position of Veinlite EMS while accessing vein
CAUTION
¾DO NOT LOOK AT THE LEDs WHEN THEY ARE
SWITCHED ON!
¾DO NOT SHINE THE LIGHT FROM THE LEDs INTO
ANYONE'S EYES!
Disposable Plastic Cover
The Veinlite EMS should always be used with its disposable
plastic cover to protect it from contamination and to prevent the
spread of infection from patient to patient. These plastic covers
are not sterile. Before using Veinlite EMS, always wipe any part
of the cover coming in contact with the patient with 70% isopropyl
alcohol. The Veinlite EMS is shipped with 50 plastic covers.
Additional covers can be ordered from TransLite or any of its
authorized dealers listed on www.veinlite.com.
Low Battery Indicator
When the batteries run low, an orange light will come on behind
the orange switch [2] to remind the user to change the batteries.
Approximately one hour of battery use is left when the orange
light first comes on. For optimum lighting please replace the
batteries when the low battery indicator turns on.
Installing the Batteries
The Veinlite EMS is powered by two AA alkaline batteries. The
batteries will provide between 5 to 6 hours of continuous usage
depending on the type of battery used. Light output from the
Veinlite EMS will decrease as the batteries become depleted. For
optimum imaging of veins, replace the batteries as soon as the
low battery indicator light turns on. To replace the batteries, slide
the battery cap [3] off and carefully remove the batteries.
Replace with new AA batteries and slide the battery cover back
into place.
Cleaning Directions
Wipe the device with a damp cloth. Always use the disposable
plastic cover to protect the device and to minimize the spread of
infection. Whenever necessary, the Veinlite EMS should be
cleaned using 70% isopropyl alcohol or other medically accepted
disinfectant.
CAUTION
¾ALWAYS USE THE DISPOSABLE PLASTIC COVER!
¾DO NOT IMMERSE THE DEVICE IN LIQUID!
¾DO NOT AUTOCLAVE THE DEVICE!
Attaching a Lanyard
A lanyard can be attached to the Veinlite EMS, via the hole at the
bottom of the unit [4]. Use a thin cord for this purpose.
Troubleshooting
Before returning the Veinlite EMS to TransLite for repair, please
call or e-mail to obtain a return authorization code and shipping
information. No refunds will be given for unauthorized shipping.
- LED failure
The LEDs are designed to have an excess of 50,000 hours of
operation. They should not require replacement during the life of
the Veinlite EMS. If an LED fails, the unit is designed to continue
operating using the remaining LEDs, with only a slight decrease
in intensity of light output. In case of multiple LED failure, please
contact TransLite to arrange return for repair.
- No light from any LEDs
Replace the batteries and depress the orange button [2] to switch
on the LEDs. If the LEDs do not switch on, call TransLite for
assistance.