The BleaseSirius anesthesia machine can be built to suit individual hospital needs. The 700 series monochrome and 900 series color, which includes additional modes of ventilation, can deliver consistent pressure with an active exhalation valve.

VeinViewer is a vascular imaging system that allows healthcare professionals to clearly see accessible vasculature (or lack thereof) in real time, directly on the surface of the skin.
The system uses a combination of near-infrared light and patented technologies to image vascular structures and project their location onto the surface of the skin.

Winner of the 2006 User-Centered Product Design Award, the Symbiq infusion system combines ease of use, reliability and next-generation technology.
Symbiq includes patient-safety software already integrated into the device, intuitive LCD display that’s similar to an ATM screen, easy-to-read display with large font and color prompts, a quick-release pole clamp and an automatic medication-loading slot that allows easy and time-saving insertion of the medication administration set.

The perioperative Aisys Carestation anesthesia machine integrates devices, therapies and information at the point of need.
The system includes INview Patient Displays, which gives the clinician flexibility to position the patient monitoring, ventilation data and controls. Gas and agent consumption measurements help track usage and capture costs.

The pediatric Microcuff ET tube provides a superior tracheal seal at low cuff pressures compared to conventional PVC cuffs that, when inflated, can form channels that allow fluid to leak past the cuff.  
Features include an advanced micro-thin cuff material that allows the channels to “self-seal,” reducing the possibility of micro-aspiration of potentially infectious secretions, a leading cause of ventilator-associated pneumonia (VAP).  

Innovian Anesthesia automatically records mission-critical pre-, intra- and post-operative data, enabling caregivers to focus less on paperwork and more on the patient, and helping to improve the entire care process for physicians, clinicians and patients.
The system is designed to optimize and address the specific challenges of the peri-anesthesia process, from pre-op to intra-op and post-op/recovery, while simultaneously increasing throughput, accuracy and completeness.

The EQUATOR Convective Warming System provides controlled convective warming in a compact design. The system ensures the desired therapy setting, while the high air flow distributes the heat across the blanket.
Four temperature selections (Ambient, 36, 40 and 44 degrees Celsius) displayed on a large digital readout are available, as well as self-test on start-up prior to each use. Over/under temperature and disconnect visual alarms on the front panel ensure proper functioning and added safety.

The microprocessor controlled Blanketrol III total body hyper-hypothermia water therapy system provides patient warming and/or cooling in one system. The system is designed as a solution to the changing needs of the hypo/hyperthermia market.
Preset-Variable and Programmable Variable Gradient temperature selection is available in both heating and cooling modes, which allows for rapid or gradual patient temperature management control.

The Hot Dog electric patient warming system is a device that, according to the company, distributes heat more evenly than forced air blankets.
The system uses warming pads that consist of flexible, electrically conductive fabric heaters connected to a controller/power supply. Problems associated with forced air warmers like blower noise, bulk and air blowing in the OR are removed with the system. It also eliminates the danger of hosing burns.

By controlling and managing temperature in critically ill patients, the noninvasive Arctic Sun temperature management system can potentially improve outcomes and reduce hospital costs.
The system circulates temperature-controlled water through specially formulated hydrogel pads that are adjustable to allow other interventions. Maintaining hypothermia and subsequent rewarming with the Arctic Sun may be faster and easier than conventional cooling methods and may require less staff time.

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