Full term newborn size manikin with soft, life-like skin and moulded hair. Transparent chest allows direct observation of ribs, heart and superior vena cava.
Facilitates training of following skills:
Central venous cannulation through cephalic and saphenous vein punctures.
Tube feeding and gastric suction.
Translucent skin allows visualization of underlying veins.
Correct anatomical position of basilic, cephalic, jugular and subclavian veins.
Full term newborn life-size manikin with realistic anatomical features. Fully articulated head, neck and jaw with tongue. With soft, lifelike skin and moulded hair.
Features: Head tilt/chin lift to open the airway; Realistic chest rise on positive pressure ventilation; brachial artery pulse examination point.
Newborn resuscitation and support of transition of infants at birth. Additionally, used to provide thermal support for newborns in the delivery suite and for critically ill infants who require constant nursing intervention. Mobile resuscitation table for neonatal patients equipped with a radiant warmer and supplied with accessories.
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Life-size newborn arm. With realistic anatomical features such as: medial venous structures; veins on the dorsum of the hand; radial and brachial arteries.
Easily replaceable resealing skin and veins withstanding multiple needle sticks. Realistic “pop” when needle enters vein.
Squeeze bulb to simulate collapsed and normal veins.
A warming unit using a heated mattress and a nest type frame to raise or maintain a newborns’ or premature babies body temperature through conductive heating. A liquid bases warmer system to assist premature babies maintaining the appropriate body temperature.
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Infant radiant warmers are commonly used to provide thermal support for newborns in the delivery suite, for critically ill infants who require constant nursing intervention, and for infants undergoing treatment that prolongs exposure to a cool environment.
Radiant warmer, newborn, with accessories.
Material of the simulator: Thermoplastic polyurethane - TPU (primary material for body skin), Poly vinyl chloride - PVC (primary material in chest and face skin) silicone rubber, Polyoxymethylene - POM, polypropylene - PP, and iron/steel.
Realistically sculpted to resemble and simulatea baby, anatomically accurate and feeling smooth / resilient / bony as relevant and suitable for simulation. Full term anatomically accurate newborn with umbilical cord
Texture of the simulator: soft and smooth, friction free to demonstrate the desired procedures.
Material of the simulator: Thermoplastic polyurethane - TPU (primary material for body skin), Polyvinylchloride - PVC (primary material in chest and face skin) silicone rubber, Polyoxymethylene - POM, polypropylene - PP, and iron/steel.
Full term anatomically accurate newborn with umbilical cord.
Texture of the simulator: soft and smooth, friction free to demonstrate the desired procedures. Realistically sculpted to resemble and simulatea baby, anatomically accurate and feeling smooth / resilient / bony as relevant and suitable for simulation.
Newborn simulator to facilitate learning complete newborn care,including cord cutting and ligation, as well as newborn resuscitation, dark complexion
Texture of the simulator: soft and smooth, friction free to demonstrate the desired procedures. Realistically sculpted to resemble and simulatea baby, anatomically accurate and feeling smooth / resilient / bony as relevant and suitable for simulation.
Simulator consists of a dark skin manikin, that has an appearance andsize of full term infant with umbilical cord.
Material of the simulator: TPU (primary Thermoplastic polyurethane - TPU (primary material for body skin), Poly vinyl chloride - PVC (primary material in chest and face skin) silicone rubber, Polyoxymethylene - POM, Polypropylene - PP, and iron/steel.
Newborn simulator to facilitate learning complete newborn care,including cord cutting and ligation, as well as newborn resuscitation, light complexion
Simulator consists of a light skin manikin, that has an appearance and size of full term infant with umbilical cord.
Material of the simulator: Thermoplastic polyurethane - TPU (primary material for body skin), Polyvinylchloride - PVC (primary material in chest and face skin) silicone rubber, Polyoxymethylene - POM, Polypropylene - PP, and iron/steel.
Texture of the simulator: soft and smooth, friction free to demonstrate the desired procedures. Realistically sculpted to resemble and simulatea baby, anatomically accurate and feeling smooth / resilient / bony asrelevant and suitable for simulation.
Non-elastic identification bracelet for newborn and small infants.
Bracelet tamper proof, non-transferable.
Closure: definitive, irreversibly damaged upon removal.
Writable with common ballpoint pen, non-erasable.
Length adjustable via perforations along strap.
Atraumatic, non-toxic and hypo-allergenic.
Colour: white.
Length writing space: approximately 7cm.
Material: Supple non-stretch plastic, LDPE-based, vinyl or equivalent.
Single use.
Resistant to water and common cleaning solvents.
Dimensions: approximately 1.0 x 15cm (w x l).
An electrically-powered device designed to deliver high-flow (exceeding peak inspiratory flow) heated and humidified ambient air or air/oxygen to a neonatal patient as part of noninvasive ventilation (NIV); it may additionally be used with a water tank to produce bubble continuous positive airway pressure (bubble CPAP).
Continuous Positive Airway Pressure (Bubble CPAP) system for the non-invasive respiratory support of normal, premature or low-birth weight neonate with spontaneous breathing. The unit has an integrated pulseoximeter to measure the level of arterial oxygen saturation in blood.
It consists of a gas flow generator that entrains room air, an oxygen input, a heating element, and humidification chamber; it does not include CPAP controlling pressure sensors (i.e., not a full CPAP unit). It is intended for use by a healthcare provider on a spontaneously breathing patient in hospital settings.
An electrically powered device designed to deliver high-flow (exceeding peak inspiratory flow) heated and humidified ambient air or air/oxygen to a neonatal patient as part of non-invasive ventilation (NIV); it may additionally be used with a water tank to produce bubble continuous positive airway pressure (bubble CPAP). It is intended for use by a healthcare provider on a spontaneously breathing patient in hospital settings. It consists of a gas flow generator that entrains room air, an oxygen concentrator, a heating provision, and humidification chamber; it does not include CPAP controlling pressure sensors.
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