Item Brochure

Listening to Life
TM
LifeDop Non-Directional Interchangeable Probes
TM
Summit Doppler Systems, Inc.
4680 Table Mountain Dr. #150
Golden, Colorado 80403
# 303-423-7572 or 800-554-5090
Fax # [phone]
www.summitdoppler.com
MKT0200A
SD3 - 3 MHz Obstetrical Probe
This probe is the best general purpose obstetrical probe for early fetal heart detection through
delivery. The wide-beam of the probe decreases the time spent locating the heart beat.
SD2 - 2 MHz Obstetrical Probe
This obstetrical probe has a wide-beam optimized for deep penetration for late term pregnancy
and larger patients.
SDW - 2 MHz Waterproof Probe
This obstetrical probe is waterproof and designed for water assisted labor and delivery
applications.
SD8 - 8 MHz Vascular Probe
This probe is the best general purpose vascular probe. The sensitive, narrow beam allows for
easy detection of surface vessel location.
SD5 - 5 MHz Vascular Probe
This vascular probe has a medium-width beam for detecting deep vessels.
SD4 - 4 MHz Vascular Probe
This vascular probe is optimized with a broad, flat beam for easy location of blood flow.
STN - 8 MHz Sterilizable Probe with 7' straight cable
This vascular probe has a narrow beam for detection of blood flow in both veins and arteries. It
is validated for use in sterile fields using STERRAD
®. It can be purchased individually or in a
package of 3 with a Doppler unit.
STERRAD® is a registered trademark of Advanced Sterilization Products.
Summit Doppler manufactures Doppler probes with a unique design to eliminate a majority of service issues
found with traditional probes. Many of our probes use a standard phone cord. The Doppler-probe connection
can deteriorate over time but with our probes, the customer can replace the cable with any phone cord to
avoid timely and costly repairs from service requests. Durable plastic housing helps to eliminate the crystal
cracking from accidental drops. Each probe is measured and tested to maximize performance. Superior sound
quality is produced using custom chip technology, minimizing static often heard with traditional probes.