Disinfecting Microbes with Crystal IS Klaran UVC LEDs
Established data-based evidence about Klaran’s performance for disinfection determined by Pathogen testing on various microbes.

Design for Manufacturability
No matter what you’re designing, it’s important to involve your contract manufacturer’s (CM) engineering team early in the process. The earlier you bring in your CM, the more time and money you can save on your project.

Case Study 569
Currier Plastics was asked to develop a new Injection Stretch Blow Molding (ISBM) Jar that could be used in the medical/healthcare market. The Jar could be subjected to 4,500 RPM of centrifugal forces. A study is necessary to determine proper material, wall thickness, geometry and base push up characteristics

Case Study 214
Currier Plastics developed a package that included a housing for the fra- grance engine with enough open air space front and rear that would attach to all vent louvers in the time frame set by the client. Other critical features Currier Plastics was able to meet include:

Wireless
Customers using medical equipment are increasingly moving towards wireless options for communication rather than traditional cable connections.

CARE MOTION
TiMOTION guarantees complete customer satisfaction by providing a competitive packaged actuator solution coupled with a wide range of high quality products, global service networks and “on demand” R&D resources.

Why you need an ISO certified design house and Contract Manufacturer
Working with a development firm with a certified quality system saves time and reduces cost.

Fact or Fiction: Debunking the 1 lb. standard for seal strength testing…
Challenges in the early 90’s with 1.0 lb. minimum for pouches “How do you validate to a 1.0 lb. minimum using 90° unsupported peel test method for uncoated pouches?” The answers were that you can’t, unless you use the 180° supported test method. Over 25 years, people are

Case Study: Full Product Line, Tight Timeline
Developing a new medical device, especially a long-term implant, is never easy. But bringing an entire metal implant line of over a hundred parts to market raises the difficulty factor to a whole new level. That was the challenge a growing medical device company brought to Donatelle, along with the requiremen

Correspondence Between ISO 13485:2016 and 21 CFR Part 820 QMS Requirements
Correspondence Between ISO 13485:2016 and 21 CFR Part 820 QMS Requirements

Speed to Market
Production Quality Parts, So Little Time

Global Footprint
Cross Border Cooperation

Experience & Trust
Keeping a Product…Alive

The Smart Guide to Designing for Manufacturability
Not all mold makers were created equal. Follow the guide of the most advanced. Learn how to incorporate things like draft, threads, hinges and overmolding by taking advantage of the most advanced injection molding process engine and mold making system in the industry.

Design Considerations to Successfully Manufacture Complex Overmolds
By mechanically and/or chemically bonding two plastic materials, the overmolding process can be used to help product designers achieve additional functionality or aesthetics that would otherwise not be practical.

Femtosecond Laser Machining of Nitinol – What you need to know!
Memry Corporation’s Nitinol component manufacturing capabilities specifically Laser Manufacturing has been at the forefront of state-of-the-art medical device technologies. In this article, Memry will present femtosecond laser machining processes with a specific focus on Nitinol medical devices.

Antibiofilm Efficacy (White Paper)

Urethane Rubber White Paper
Urethane is an extremely versatile elastomer that is applied particularly where highly stressed parts are subject to wear. Engineers and manufacturers regularly rely on a variety of urethane parts, ranging from the smallest bushings, bearings, and O-Rings to the materials used in agriculture, hydraulics, cons

The Advantages of Silicone Elastomers in Healthcare Device Development and Manufacturing
Benefits of Silicone Elastomers in Healthcare

Wear-Time Comparison of Three Pressure-Sensitive Acrylic Skin Adhesives
This study’s aim was to quantify and understand the adhesive performance of acrylic pressure-sensitive skin adhesives when used in a prototypical wearable device worn on the back of the arm.

NEXT GENERATION BIOMEDICAL DEVICES
Samtec leverages industry-leading microelectronics and high-speed interconnect expertise to provide innovative solutions for next generation IC, MEMS, Sensors, Biomedical packaging and IoT demands.

Haptics: The Difference Between a Delicious Treat and an Inedible Mess
Haptic feedback is a brand new technological field that has the potential to bring the sense of feeling and touch that surgeons have always relied on to robotic surgical systems.

Plastique Case Study 2017
Uniform global supply coupled with technical excellence - A client’s experience

Multiconductor Compatibility with Steam and Gas Plasma Sterilization
New England Wire Technologies Corporation has defined the sterilization compatibility of its proprietary jacket compounds used on ultra-flexible medical electronics cables. Two specialty silicone rubber compounds, NF11 and

Materials Selection for Medical Electronics
Insulating and jacketing material options for wire and cable are innumerable, even if the field is narrowed to those with some qualification for use in medical electronics. Factors that contribute to materials selection decisions include biocompatib

Designing for Mechanical and Signal Integrity in Handheld Medical Treatment Applications
Handheld medical devices must perform across a wide range of device specifications and end-user environmental conditions. Mechanical and signal integrity of cable components is especially important for high-level performance, accuracy, durability, longevity, and user satisfaction. Medical cables undergo extre

Putting Safety First for Enteral Feeding Systems with Eastman Tritan™ Copolyester
Tritan™ is known for its stability, design flexibility, and safety. A. Hopf GmbH chose the material for their stopcocks and connectors to ensure their devices retained their integrity and aesthetics.

Unique Device Identification (UDI) Requirements, Deadlines, Secure Labeling
The implementation of the UDI Directive is mandated for medical device manufacturers. This is not only true for companies that sell their products on the American market, since UDI is also being implemented in the EU and other countries. Medical products must be clearly identified to ensure safe traceability

Effects of Testing Parameters on Pinch Test Results for Hydrophilic Coatings
For an array of medical procedures, it is often necessary to navigate an invasive device through a tortuous series of blood vessels or other tissues. With these procedures come risks of tissue damage due to abrasion which can lead to negative clinical outcomes, including death. Moreover, in cases where a devi

10 Things You Need to Know about Manufacturing FDA-Approved Medical Devices
There are many critical elements to quality manufacturing of FDA-Approved medical devices The purpose of the Food and Drug Administration (FDA) is to safeguard the health of the American public through the regulation of certain products, including medical devices and food-processing equipment. He