Skip to main content

MedTech

Human-centered care and meeting patient expectations is fueling a revolution in the medical technology (MedTech) industry. Recent advances in miniaturization of electronics components are providing designers with the opportunity to reimagine and humanize medical devices for the benefit of both patients and caregivers.   

Overview


Miniaturized electronics have enabled a new generation of MedTech devices that are dedicated to human-centered healthcare. These connected devices use the machine-to-machine communication at the heart of the Internet of Things (IoT). IoT allows devices to share data with each other, which can be analyzed to provide diagnoses and treatment for patients. This has been further enhanced by the recent introduction of 5G.

These connected devices have little in common with the large and cumbersome machines found in hospitals. Miniaturized electronic design has enabled a new generation of small MedTech devices, allowing patients the freedom to carry on with their daily lives while monitoring their own health and even receiving treatment. Addressing medical concerns and receiving care in the comfort of a patient’s own home lessens recovery time and reduces the need for expensive hospital stays.

This focus on human-centered healthcare means that MedTech devices share many features with consumer electronics, and designers can benefit from technology developed in other sectors such as IT and telecommunications. However, unlike consumer devices, the need for testing and compliance with extensive medical regulation means that designing medical devices relies on time-consuming research and development that is often expensive. Designers need to work with companies who can support the extended timescales involved in the regulatory process. 

The wireless connection and remote use of MedTech devices also raises concerns about the dangers of data breeches. For patients that depend on MedTech devices to deliver remote care, protecting personal information is key to establishing confidence in this technology. 

Phillips-Medisize, a Molex Company, brings over six decades of expertise working with leading MedTech companies, specializing in complex medical cable assemblies with high performance interconnects, custom high density, high speed medical connectors, and plastic injection molding and assembly. Phillips-Medisize supports today’s specialization, regulation and digitization for fast, efficient product launches on a global scale – helping companies develop and manufacture innovative products that help people live healthier and more productive lives. 

By the Numbers

Image

USD 432 Billion

MedTech Market Size

Image

1.1 Billion

Wearable Devices Sold

Image

20%

Medtech Spend Growth


Designing Automated External Defibrillators (AEDs)

External defibrillators use electric current to restore the heart to a normal sinus rhythm. Engineering this life-saving device involves several subsystems — high current transfer, power supply, user interface, patient monitoring and communications — leaving nothing to chance. See how the collaboration between Molex and Phillips Medisize produces dependable AEDs.  

Solutions for Tomorrow’s MedTech

As computer giants and consumer manufacturers enter the medical device market, innovation potential grows exponentially. This white paper predicts the paths to success.

Image

Flexible Circuits for Medical Wearables

Flexible printed circuits offer significant advantages over traditional, rigid printed circuit boards. Read how Molex flexible circuits are helping the designers of medical devices for today and tomorrow.

Image

Designing Wearable Medical Technology

What does it take to design the latest wearable devices? Read how Molex has accepted the challenge.

Image

Building a Quality Culture to Improve Healthcare Manufacturing

Industry standards, certifications and registrations define the bare minimum for patient expectations of medical devices. But our commitment to quality is deeply embedded in everything we do.   

Shot of Sterile Pharmaceutical Manufacturing Laboratory where Scientists in Protective Coverall's Do Research, Quality Control and Work on the Discovery of new Medicine.

Smart Skin Patches and Noninvasive Medical Sensing

Today's smart skin patches can incorporate a broad range of functions, employing hybrid printed electronics to enhance sensing and improve patient outcomes.

The Future of Mobile Devices

The MedTech industry is embracing the use of mobile devices. Molex asked industry leaders, “what comes next?”

Image

Helping Make Every Day a Miracle

After she was born with severe hearing loss, her parents felt overwhelmed. Thanks to a cochlear implant — an electronic device developed for people who cannot benefit from hearing aids — there is hope. She’s not only hearing voices more clearly, she’s on track to develop speech patterns similar to kids without hearing impairment.

Molex is creating next-generation electronics to help her connect with the world around her. Fine-wired interconnect cables bring immeasurable benefits to the hearing-impaired and everyone in their lives. And that’s music to our ears.

Image

Applications by Industry

Electrophysiology

From front-end technologies like fused silica and cleaving techniques to the distal ends of the device, housing high-speed fiber optics and user interface technologies, Phillips-Medisize has the industry knowledge to enhance your next-generation device.

External Cardiac Defibrillators

As Defibrillators morph into being more wearable rather than pad-based, they will require advanced flexible circuit technology. With capabilities from disposable Silver ink circuits to sensors and the population of flexible PCBs, Phillips-Medisize can help your design come to life. 

Medical Wearables

Industry innovation in critical areas such as printed circuit processing capabilities, advanced material selection and flexible hybrid electronics (FHE) integration, are making medical wearable design goals a reality. 

Robotic Surgery

Robotic surgery devices require high-speed, durable and reliable communication technologies to ensure the efficacy, as well as cutting-edge yet unique tooling. With expertise in copper and fiber optic cable assemblies, as wellas metal injection molding (MIM) and Magnesium thixomolding, Phillips-Medisize is poised to consult on and manufacture the latest tools in robotic surgery.


Designing Medical Wearables for Real-Life

Next Generation Technology