A How-To Guide: Important considerations before selecting a Load Cell Medical Applications Using Load Cell Technology A How-To Guide: Optimize Torque Sensor selection process Reliability Matters - How Reliable is Your Sensor Provider? Test & Measurement Applications using Load Cells & Torque Sensors Inhaler-Testing Tools
The Need for a Systems Approach in Biomaterials
Many factors can affect the characterisation of biomaterials during testing. These include drugs administered prior to testing and shear stress on blood cells induced by different blood flows and specific blood donor conditions. Some of the misconceptions in testing are described here and serve to indicate that a systems approach, and not only individual test parameters, is best when testing for biocompatibility. more>>>
Force Testing Medical Tubing
Force testing in the design and production of medical tubing is an essential ingredient in the delivery of functional and consistently high quality devices. This article describes a range of typical tests, how they are performed and the benefits they offer.. more>>>
Safety Testing of Medical Devices: IEC 62353 Explained
The new IEC standard for the in-service and post repair testing of electromedical devices introduces new requirements. These and their implications are outlined. more>>>
It’s critical to do your homework prior to selecting or specifying a load cell for your application. This will ensure that your team can optimize the selection and minimize the surprises. FUTEK ‘s How-to guide will assist and prepares you to ease up the selection process and meet your application requirement and helps you to better communicate with selected source. FUTEK Advanced Sensor Technology
FUTEK products are widely used in Medical Instrumentation devices and equipment to further automate and minimize human error and provide extended features for smarter interface. Some common applications are automated drug delivery, infusion pump or bag hanging application during dialysis. FUTEK Model, LSB200 & LSM250 & LSM300, FBB350, FFP350 are some of the active models used in these applications. Find out how these products are used in many medical instruments for further feed back control and automation.FUTEK Advanced Sensor Technology
Read this How to Guide to consider important steps before selecting a Reaction or Rotary Torque Sensor and related instrumentation. Following these guidelines could assist you finding the best solution for your Torque application. FUTEK Advanced Sensor Technology
Four hundred thirty four million, two hundred fifty eight thousand and four hundred (434,258,400) and still going. This is the number of cycles recorded on May 20th 2008 at 8:40 for FUTEK’s S Beam Load Cell – LSB302, a unit which has been loaded at 113% of rated capacity and been continuously tested since June 2001. At FUTEK we are committed to producing the highest reliability, most advanced sensors available in the industry today. We achieve this through meticulous attention to the quality objectives at every stage of the design, testing and production of our customer-driven products. Reliability is further enhanced through the integration and commitment of all team members to our total Quality Culture. FUTEK has undertaken extensive reliability life testing along with some of our alliance partners. This testing comprises both the actual field testing as well as accelerated environmental stress testing in the laboratory. FUTEK Advanced Sensor Technology
Ever been curious on how Load Cells and Torque sensors related to Test & Measurement applications? Check out the Load Cell Application and Torque Sensor Application page where illustrations of Dual Tank Level Controller, Viscosity/Liquid Separation, Stamping, and Rotating Torque Monitoring Systems can provide a better idea on how these products relate to your environment. FUTEK Advanced Sensor Technology
Products & Services
Electromedical Safety Test Kit
Joining a range of advanced electromedical test instrumentation is a special package for conducting electrobiomedical engineering testing in line with the new IEC 62353 standard for medical devices. more>>>
Accelerating acquisition of the data required to implement quality by design, inhaler-testing tools streamline the screening process for these pharmaceutical delivery products. . more>>>
Moisture Vapour Meter
An instrument for testing the moisture vapour transmission rate (MVTR) of packaging materials, medical equipment enclosures, and pharmaceutical devices is available from a manufacturer that also offers comprehensive laboratory services for determining water vapour permeability. more>>>
Automated Test Systems
A family of automated test systems for pharmaceutical device manufacturing applications has been expanded to encompass a greater variety of drug-delivery products.. more>>>
