Articles
Overview and Applications for Medical Device Motion and Actuation
August 12, 2008 8:14 am | CommentsThis article compares the specific characteristics of solenoids and motors, their common properties, and those attributes that make each of these electromechanical devices unique for a specific medical motion application.
Transforming Device Development Through Human Factors Engineering
August 12, 2008 8:14 am | CommentsRigorous human factors testing and iterative product design are critical in the development of medication infusion devices, particularly with the current emphasis on preventing medication errors in the hospital setting.
Refueling a Stalled Software Design Project
August 12, 2008 8:14 am | CommentsDesigning original software for medical device technology can be challenging enough, but overcoming the additional obstacles that are encountered when a software project has developed into a hopelessly lagging burden is a completely different ordeal.
MCU Helps Cardiac Device Keep the Beat
August 12, 2008 8:14 am | Freescale Semiconductor, Inc. | CommentsThe Project: Ensure the algorithm for ECG analysis is enabled to be flexible in order for it to be able to be used in an array of devices. The Solution: Use an MCU that offers ultra low power consumption in consideration of wireless and handheld devices.
RFID Solution Enhances Safety in Surgery
August 12, 2008 8:13 am | CommentsPatient safety is of paramount importance during a surgical procedure, while avoiding preventable errors during the procedure can result in significant cost savings.
Advanced Miniature Fluidic Modules Enhance Portability
August 12, 2008 8:13 am | CommentsMedical device demands require that component suppliers offer products that can be incorporated into portable solutions for patients and healthcare professionals alike. For makers of fluidic modules, the challenge to miniaturize is no different.
Perspectives on First Step in Design (Part VI)
May 22, 2008 11:59 am | Texas Instruments Inc. | CommentsThe idea has been thought up, the "napkin sketch" has been made, and the project is ready to move forward. So what's the first "real" step in the design process? This was the question for the participants in this month's Perspectives feature.
Perspectives on First Step in Design (Part V)
May 22, 2008 11:49 am | Pilgrim Software, Inc. | CommentsThe idea has been thought up, the "napkin sketch" has been made, and the project is ready to move forward. So what's the first "real" step in the design process? This was the question for the participants in this month's Perspectives feature.
Perspectives on First Step in Design (Part IV)
May 22, 2008 11:40 am | Protek Power | CommentsThe idea has been thought up, the "napkin sketch" has been made, and the project is ready to move forward. So what's the first "real" step in the design process? This was the question for the participants in this month's Perspectives feature.
Perspectives on First Step in Design (Part III)
May 22, 2008 11:28 am | Dukane Corporation | CommentsThe idea has been thought up, the "napkin sketch" has been made, and the project is ready to move forward. So what's the first "real" step in the design process? This was the question for the participants in this month's Perspectives feature.
Perspectives on First Step in Design (Part II)
May 22, 2008 11:12 am | Analog Devices | CommentsThe idea has been thought up, the “napkin sketch” has been made, and the project is ready to move forward. So what’s the first “real” step in the design process? This was the question for the participants in this month’s Perspectives feature.
First Step in Design
May 8, 2008 8:43 am | Astrodyne Corporation, Guill Tool & Engineering Co., Inc. | CommentsThe idea has been thought up, the "napkin sketch" has been made, and the project is ready to move forward. So what's the first "real" step in the design process? This was the question for the participants in this month's Perspectives feature.
Designing for Obsolescence in Outsourced Product Development
May 8, 2008 8:42 am | CommentsElectronic components used in medical devices can often experience much shorter lifecycles than the products in which they are used. With the additional challenges that come from replacing a part in a finished device, it is best to be as prepared for this inevitable process as possible.
Laser Joining Technology Furthers Miniaturization Capabilities
May 8, 2008 8:42 am | CommentsMicrowelding provides the medical device industry with yet another manufacturing solution option that enables OEMs to achieve further miniaturization of their products. It can be an ideal alternative to additive joining processes for a number of reasons.
