Design Components

51. Miniature Inert Systems of Tubing and Components (MINSTAC) 4/29/2015

    The Lee MINSTAC System is made up of a variety of small, inert tubing and connection components that are designed to precisely control flow, rate, pressure, filtration and other performance factors of aggressive fluids.

52. Image Sensors for Blood Analysis and Point-of-Care Devices 11/5/2013

    Hamamatsu’s line of image sensors includes CMOS, CCD, NMOS, and InGaAs image sensors available for integration into instruments for in vitro diagnostics (fluorescence assays), blood analyzers, and point-of-care devices.

53. OEM Genius 3 Tethered Tympanic Thermometer 12/15/2021

    Cardinal Health offers the Genius™ 3 OEM tethered OEM tympanic thermometer designed specifically for OEM integration. A developer’s kit contains all of the vital information needed to facilitate integration of the Genius™ 3 Tethered OEM Tympanic Thermometer into a multi-parameter device.

54. High-Speed, Long Life Solenoid Valves: INK Series 4/6/2015

    Because of their high-speed, repeatability, and long life cycles, INK solenoid valves by the Lee Company are ideal for replacing valves in existing printers, or in new drop-on-demand and dispensing applications involving in-vitro diagnostics, drug discovery, and therapeutic care.

55. NIR Light Source: Vivo 9/6/2012

    VIVO is a NIR light source that provides NIR drug analysis, food safety analysis, and more. The system contains four tungsten halogen bulbs that can be turned on or off individually. The risk of overheating the sample is mitigated through active cooling. This protects the sample and ensures accuracy every time. The four halogen tungsten light sources make the Vivo a high-powered VIS-NIR source, allowing users to integrate their spectrometers for a shorter time than conventional methods.

56. Contract Manufacturing Services 12/20/2016

    KMC Systems offers decades of experience in manufacturing high-value, complex platforms for use in the clinical environment, including their Manufacturing Execution Systems (MES) and Quality Management Systems (QMS). KMC can partner with customers at any stage of the product’s life cycle, from development to pilot production or full-scale manufacturing, and assume all responsibility for medical contract manufacturing needs.

57. New Product Development for Silicone Medical Devices and Assemblies 12/29/2014

    ProMed’s Rapid Prototype Department and Technical Center allows them to focus on developing new silicone-based medical devices and assemblies quickly and efficiently. Prototyping gives their customers engineering samples to get a feel for what’s been designed before production, and their technical center makes prototypes that are or can be fully validated.

58. Medical-Grade Collagen Components And Devices 1/29/2021

    DSM Biomedical offers the best-in-medical grade collagen platform, trusted for its safety, performance, and ability to enhance medical device offerings. This fibrous and soluble collagen has been implanted in over 40 million patients over the past three decades. DSM manufactures collagen-based devices with a range of architecture, hydrophilicity, resorption time, and mechanical properties that address a wide array of regenerative medical applications.

59. Stereolithography For Additive Manufacturing 10/11/2014

    Of all of Proto Labs additive manufacturing services, stereolithography (SL) offers the widest selection of available materials, the best feature resolution, and the smoothest surface finish. This industrial 3D printing process is used to create concept models, cosmetic prototypes, and complex parts with intricate geometries in as fast as one day.

60. Medical Device Package Inspection 3/11/2021

    The quality testing of medical device packaging is highly significant in ensuring the safe delivery of medical devices from their place of origin to the market. Guidance documents such as ISO 11607 provide a list of methods that have the capability to improve the package quality testing of today’s capability. PTI offers inspection methods that provide more reliable, sensitive, and traceable data. They offer in-depth feasibility studies, test method development, and test equipment to bring the supreme level of quality to high-value medical device applications. PTI’s inspection solutions are unique in their performance, reliability, and use of sensory technology.