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Moog is a registered trademark of Moog, Inc. All trademarks indicated herein are the property of their respective owners. © 2009 Moog, Inc. All rights reserved. 42699-001 Rev. A tf 800.970.2337 ph 801.264.1001 fx 801.264.1051 www.moog.com/medical/oem Moog Medical Devices Group 4314 Zevex Park Lane Salt Lake City, UT 84123 USA Pinch Valves High-quality pinch valves customized to meet the functional and design requirements of our customers’ fluid management system needs. Moog provides pinch valves that are customized around the following design requirements: Since every fluid management system is unique, Moog has the experience and ability to adapt and customize our designs, enabling us to meet a wide range of design requirements. LifePort ® Kidney Transporter The LifePort controls the flow of critical fluids through kidneys for transplantation using a rotary peristaltic pump, integrated sensor technologies for temperature, pressure and air bubble detection, and pinch valves to regulate fluid flow. The LifePort won a Gold Medical Design Excellence Award presented by Canon Communications. Examples of Moog fluid management sub-systems utilizing pinch valve technology: AAR-1000 Active Air Removal Device Moog developed and manufactures the AAR-1000 Active Air Removal Device for Medtronic ® . The AAR-1000 is a sensing and fluid management sub-system for a cardiopulmonary bypass application. It employs ultrasonic sensors to detect air in the blood circuit, pinch valves to regulate flow, and accesses a vacuum system to purge potentially dangerous air from the blood circuit. 4 Tubing size and type 4 Pinch valve stroke 4 Normal position (open or closed) 4 Actuation time 4 Power requirements 4 Position sensing 4 Space/mounting constraints 4 Audible noise constraints 4 End use environment 4 Additional sensing requirements (integrated sensing capabilities)

Pinch Valves - Moog, Inc. · PDF fileHigh-quality pinch valves customized to meet the functional and design requirements of our customers’ fluid management system needs. ... LifePort

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Page 1: Pinch Valves - Moog, Inc. · PDF fileHigh-quality pinch valves customized to meet the functional and design requirements of our customers’ fluid management system needs. ... LifePort

Moog is a registered trademark of Moog, Inc. All trademarks indicated herein are the property of

their respective owners. © 2009 Moog, Inc. All rights reserved. 42699-001 Rev. A

tf 800.970.2337 ph 801.264.1001fx 801.264.1051 www.moog.com/medical/oem

Moog Medical Devices Group4314 Zevex Park LaneSalt Lake City, UT 84123 USA

Pinch ValvesHigh-quality pinch valves customized to meet the functionaland design requirements of our customers’ fluid management system needs.

Moog provides pinch valves that are customized around the following design requirements:

Since every fluid management system is unique, Moog has the experience and ability to adapt and customize our designs, enabling us to meet a wide range of design requirements.

LifePort® Kidney TransporterThe LifePort controls the flow of critical fluids through kidneys for transplantation using a rotary peristaltic pump, integrated sensor technologies for temperature, pressure and air bubble detection, and pinch valves to regulate fluid flow. The LifePort won a Gold Medical Design Excellence Award presented by Canon Communications.

Examples of Moog fluid management sub-systems utilizing pinch valve technology:

AAR-1000 Active Air Removal DeviceMoog developed and manufactures the AAR-1000 Active Air Removal Device for Medtronic®. The AAR-1000 is a sensing and fluid management sub-system for a cardiopulmonary bypass application. It employs ultrasonic sensors to detect air in the blood circuit, pinch valves to regulate flow, and accesses a vacuum system to purge potentially dangerous air from the blood circuit.

4 Tubing size and type4 Pinch valve stroke4 Normal position

(open or closed)4 Actuation time4 Power requirements4 Position sensing

4 Space/mounting constraints

4 Audible noise constraints4 End use environment4 Additional sensing

requirements (integrated sensing capabilities)