ISM-TEC & Sesneber International are authorized distributors for all Gaumard Scientific products in Saudi Arabia.
In Saudi Arabia, please contact Sesneber International at the address listed below for price quotes and additional information.
Sesneber International
P. O. Box 87437
Riyadh 11642, Saudi Arabia
Phone: +966-1-454-1222
Fax: +966-1-453-7890
E-mail:
info @ sesneberinternational . com
Area Specialist: M. Ahmad Ali
Phone: +966-50-693-2324
E-mail: mirahmadali @ ism-tec . com
All information displayed on this page is provided courtesy of and is the copyright property of Gaumard Scientific, USA
Gaumard Scientific traces its history to 1946 when its founder, a World War II trauma physician, recognized how polymers used in reconstructive and battlefield surgery could be used to create simulators for health care education. The first product was a synthetic human skeleton. In 1949, Gaumard introduced a childbirth simulator, designed at the request of the intermational health community, to improve the clinical competence of village midwives to reduce maternal and infant mortality and morbidity.
Over the past half century, Gaumard has dedicated its resources to the continued development of innovative teaching simulators in nursing care, emergency care and OB/GYN.
During the 1990's Gaumard introduced interactivity and computer integrated manikins for adult, pediatric and neonatal advanced life suppott. In 1999 Gaumard introduced five NOELLE™ simulators as part of a worldwide initiative to promote "safe motherhood". In 2004, Gaumard introduced the first of a family of "tetherless" simulators, which by 2007 included HAL®, NOELLE™, and the newborn and pediatric Hal® simulators. All five are controlled wirelessly, providing true "care in motion".
The philisophy of the foudner was to provide innovative teaching simulators at an affordable price. Gaumard remains true to this philosophy today.
This comprehensive teaching system combines the best of our patient care simulators with the Advanced Childbirth Simulator. It is designed to provide a complete birthing experience before, during, and after delivery.
Tetherless technology allows the communications, compressor and power supply to be inside HAL, eliminating external tubes, wires and compressors.
HAL operates continuously during transport and training can occur in the working environment.
Rush HAL from the accident scene to the ER, to the ICU, while care providers diagnose and treat his condition using real monitoring and resuscitation equipment. Control HAL at distances up to 300 meters and between rooms and floors of conventional buildings. HAL smoothly transitions between physiologic states in response to commands from a wireless PC.