Design Components

  1. PurSil® Thermoplastic Silicone Polyether Polyurethane (TSPU) 2/4/2021

    DSM Biomedical offers PurSil® Thermoplastic Silicone Polyether Polyurethane (TSPU), a novel copolymer that is strong yet flexible with proven biocompatibility and biostability. Because of its outstanding flexibility, oxidative stability, and thromboresistance, PurSil® TSPU is used in a wide range of medical devices, including ophthalmic, anastomotic, and continuous glucose monitoring.

  2. Silicon Photodiodes for Blood Analysis and Point-Of-Care Devices 10/30/2013

    Hamamatsu’s silicon photodiodes feature high-speed response, high sensitivity, and low noise, and are available in metal, ceramic, and plastic packages with a wide variety of surface-mount types available. This page provides an overview of their use in medical applications.

  3. Flow Control Valves (For Plastic) 5/28/2015

    The IMH Flow Control Valves perform functionally as an orifice in parallel with a check valve. Available in 5.5mm and 8.0 mm diameters, each valve features a press-in installation for plastics. Valves can be installed in either direction, providing forward and reverse flow capabilities.

  4. Biocompatibility Testing for Medical Devices 5/19/2015

    The complexity involved in choosing the right biocompatibility testing for medical devices has substantially increased over recent years. In order to successfully move medical devices to market, it is crucial to have experts available to help develop complete submission packages, and to offer the right advice for biocompatibility testing. Industry-recognized scientists at WuXi AppTec are experienced in providing expert guidance to medical device and combination product manufacturers in designing specific biocompatibility programs for their submissions to regulatory agencies worldwide.

  5. Screw Driven Automation Table: XRS Cartesian Robot Module (Small) 9/24/2014

    This automation table combines a mix of linear servo motor and ballscrew drive technology  and comes in a small size for light loads and shorter travel distances. It has an X-Y work area to 600mm x 300mm and a max load capacity of 5 kg.

  6. Brushless DC Servomotors - MicroMo BX4 Series 2232 5/6/2009
    With the introduction of the BX4 series of brushless DC servomotors, MicroMo once again emphasizes its position as an innovative market leader in highly integrated miniature drive systems. Using the latest production methods, some specially developed by MicroMo, the company has come up with a modular design that is limited to just a few components and entirely eliminates the need for adhesive-bonded joints.
  7. Dispensing and Atomizing Nozzles for Medical Devices 1/5/2015

    The Lee Company offers both dispensing and atomizing nozzles that deliver precise droplets or atomized fluid for medical device applications like in-vitro diagnostics, respiratory care, therapeutic care, and drug discovery applications.

  8. RF Amplifier Module for Medical Embedded OEM Applications 11/17/2014

    The need to embed high power RF sources that can be accurately controlled across wide bandwidths is all around us in imaging systems - from ultrasonic to HF RF MRI machines, and for ultra-precision measurement and control of liquids in medical devices. The KMA2040 RF amplifier module is ideal for embedded OEM applications such as these.

  9. Screw Driven Automation Table: XRS Cartesian Robot Module (Medium) 10/10/2014

    The “medium” class in the XRS family of screw driven automation tables has been designed for mid-range loads and travels. Like other members of the XRS family, this table mixes linear servo motors and ballscrew drive technology for optimized performance.

  10. Connectors And Cable Assembly Solutions: Fischer UltiMate™ 07 Series 4/14/2015

    The Fischer UltiMate™ 07 Series is a collection of connectors and cable assembly solutions designed to operate in extreme environmental, industrial, and chemical conditions such as vibration, shock, rain, humidity, salt, fog, sand/dust, or temperature. All military connectors match IEC standards and requirements for medical device design and manufacturing.