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Low K-Factor Spray Foam for Insulation of Cryogenic Fuel Tanks
The use of low k-factor spray polyurethane foam as an insulation material for cryogenic fuel storage tanks in applications such as hydrogen fuel cells and rockets for space vehicles. Sarah Wolek, Senior Development Chemist, Stepan Company
10:46
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Color Matched Pacakge Prototypes and Proofs Using Standard Materials
Overcome the limitations of traditional processes to provide color accurate package prototypes that duplicate the look and feel of production items by using the same materials that will be used on press while dramatically reducing cost of samples and proofs. Discover the applications of LED UV print/cut and how to integrate the technology into a color managed workflow. Andrew Oransky, Director of Product Management, Roland DGA
20:10
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Liquid Nitrogen Dosing
Microdose technology to pressurize light weight PET Today, approximately 25-50 facilities (international and domestic) are using Cryotech's "MircoDose" technology with results verified by an independent third party. With "MicroDose", bottlers have seen upwards of 40% plastic reduction in the PET bottles. Tim Foley, Dosing Engineer, Cryotech Int'l - A Division of Chart Inc
15:57
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Trends in Laboratory Design and Construction
Constructing a green laboratory or technical facility continues to be no easy feat. The complex nature and systems required in these facilities make "going green" a challenge. However, LCS Constructors, Inc. (LCS) strives to achieve this balance between environmental responsibility and the operational performance requirements of laboratories and technical facilities and while adhering to the facility owner's budget. Speaker: David C. Skinner, Executive Vice President, LCS Constructors, Inc.
7:45
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Functional Coatings for Medical Devices
Basic chemistry of major classes of coatings technology will be presented. Key considerations in choosing a coating will be discussed. Included in the discussion will be an overview of the Baymedix line of medical coatings materials. Speaker: Paul Nowatzki, Associate Scientist, Bayer Material Science LLC
20:55
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Extruded Tubing Specifically Designed for Balloon Production
As a medical balloon manufacturer for the past 15 years, Interface Catheter Solutions accumulated substantial expertise and understanding of the issues linked to balloon quality and balloon production yields. Speakers: Kenny Mazzarese, Director of Balloon Development and Extrusion, Interface Catheter Solutions Eric Mabry -- Vice President of Sales and Marketing, Interface Catheter Solutions
15:31
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"Smart Tooling" Technology for LIM/LSR Molded Components
The increasing use of silicone parts, specifically in medical applications has led to the need for more accurate and repeatable means of measuring the delivery of Liquid Silicone Rubber (LSR) in the cavity areas of Liquid Injection Molding (LIM) tooling. Speaker: Chris Mitchell, Senior Project Engineer, Helix Medical
20:32
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Triton Alloy: The Balanced Alternative to Stainless Steel and Binary Nitinol
NeoMetrics Inc. | Advancing Guidewire Performance
This presentation will look at the development of a higher stiffness superelastic shape memory alloy and its application for medical devices with an emphasis on its initial application for Interventional guidewires. Speaker: Eugene Champeau, President and CEO, NeoMetrics, Inc.
21:05
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Microfluidics—A Powerful Technology for Diagnostic and Medical Product Development
Microfluidics is an enabling technology which allows the development of highly integrated diagnostic or medical devices. We will present several examples of ...
24:21
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Advancements in Platinum Substitution Alloys for Medical Components
Medical device manufacturers are now qualifying a family of Palladium--based substitution alloys that offer a combination of reduced cost, lower density, and equivalent mechanical properties to current Platinum--based alloys used for guidewire tips. This talk will cover the commercial and technical advantages of these Palladium--based materials. Speaker: Joe Kain, Product Manager, Johnson Matthey
12:32
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Unique Attributes of the Latest Thermoplastic Elastomers for Medical Devices
Styrenic block copolymer (SBC) based specialty thermoplastic elastomer (TPE) materials are the latest class of TPEs that satisfy regulatory, safety and performance requirements for medical device applications. Speaker: John J. Chiao, Manager of Quality & Product Development, KRAIBURG TPE Corporation
25:16
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Novel Copolyesters to Meet Current Trends in the Medical Industry
Recently, Eastman TritanT copolyester was introduced into the medical market and has generated considerable interest due to the clarity, outstanding toughness and chemical resistance resulting from the unique chemistry of the polymer. The combination of properties, in addition to being BPA--free, makes TritanT well suited to meet these emerging trends in medical devices and packaging applications. Speaker: Emmett P. O'Brien, Applications Research and Development, Eastman Chemical Company
28:55
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Skin & Adhesives: Optimizing the Interface Between the Temporary Medical Device and the Patient
Avery Dennison Medical Products
Temporary Medical Devices (TMD) span a continuum of applications--from simple bandages to complex wound therapy systems, drug delivery patches, and passive and active electronic sensing devices. To optimize the interface between the patient and such devices, a range of Pressure--Sensitive Adhesives (PSA) and films is needed. Speaker: Peter C. Johnson, MD, Vice President, Research and Development, Avery Dennison Medical
18:11
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Achieving Cohesive Bond Strength with TPE Medical Tubing and Traditional Connectors
To combat the TPE's bonding issue, Teknor Apex developed bonding systems that significantly improve the bonding strength for TPEs. These systems are applied to medical tubing and connector assemblies. Speaker: Kevin Cai, Sr. Research Associate; PhD, Teknor Apex Company
18:02
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Capture Ultra-Short Transient RF Signals With Fast DPX Technology
Traditional technology used in spectrum analyzers is incapable of capturing signals shorter than 10 milliseconds in duration. DPX technology reduces that into the microsecond range. Learn how this technology can capture and identify RF transients that could create problems for your wireless medical device. Speaker: Luis Hernandez, Applications Engineer, Tektronix
19:34