Developing medical devices for point-of-care (POC) use means transforming a lab assay into a tool that thrives in the real world—outside the controlled sanctuary of the lab and into the messy, unpredictable environments where it’s truly needed. It’s a journey filled with challenges, trade-offs, and moments of innovation. While scientists rightly celebrate breakthroughs at the lab bench, the real impact lies in making those discoveries accessible where they can do the most good. This guide

The medical device industry is overflowing with acronyms, and new ones are added every day. SaMD is a recent arrival, and its usage spawned the need for another: SiMD. The FDA defines SaMD as Software as a Medical Device. SaMD was created to define a new classification of software that the FDA regulates beyond traditional medical device software. Given the new classification, the old “software” needed an acronym to avoid confusion—thus, SiMD (Software in a

Microfluidics has revolutionized fields such as diagnostics, chemical analysis, and drug development. However, translating innovative prototypes from the lab to mass production poses significant challenges. Polydimethylsiloxane (PDMS), a versatile silicone elastomer known for its flexibility, biocompatibility, and optical transparency, is the go-to method for prototyping microfluidic devices. It excels in simplicity and accessibility but falls short when scaling up. Liquid Silicone Rubber (LSR), a durable, biocompatible material commonly used in medical and industrial applications, addresses

Cybersecurity for Medical Devices: A Must-Have in the Development Process  In today’s increasingly interconnected world, cybersecurity for medical devices has become a critical concern. As healthcare technology evolves, so do the risks associated with cyber threats which can jeopardize patient safety — and compromise sensitive medical data. To address these challenges, the U.S. Food and Drug Administration (FDA) mandates that cybersecurity be integrated into every phase of medical device development. This ensures that devices remain

Have you ever cooked a meal for one? Easy, right? Now, imagine cooking for a squad, a platoon, a company, or even a battalion! As the number of plates increases, the quality of the meal often decreases. This shows that being a great cook doesn’t make one a chef. The same principle applies to manufacturing. Trained engineers excel at breaking down problems and delivering textbook solutions. However, mastering manufacturing is also essential to meet large-scale

Point of Care (PoC) diagnostic devices make it possible to provide healthcare in non-traditional environments, giving patients fast and easy access to tests like blood sugar checks and infection assessments. Creating these devices requires careful consideration of many elements, including packaging and sterilization. Don’t let your rivals get ahead — make your engineering and development process smoother with Gener8. We offer comprehensive support to help you turn your ideas into actual products, all in one

Bioreactors have transformed medical treatment for patients with chronic illnesses. These advanced medical instruments offer a controlled environment for cultivating cells, tissues, and biologically active compounds. Clinics and pharmaceutical companies are incorporating these sophisticated systems to maximize efficiency in distributing life-saving vaccines, monoclonal antibodies, and regenerative therapies. Bioreactor technology’s design-to-manufacturing solutions offer personalized medicinal value to patients and their specific needs. Improving global healthcare relies on medical innovations, and that starts with you. What is

Understanding Marketing Requirements and What an MRD is A Market Requirements Document (MRD) is essential for aligning product development with customer needs and market expectations. Acting as a strategic blueprint, the MRD outlines the key requirements a product must meet to succeed in the market. It is built on thorough research and analysis of customer preferences, competitor offerings, and industry trends, ensuring the product is both relevant and competitive. At its core, the MRD defines

Remember the Juicero? The Zune? How about Google Glass or Lululemon Astro yoga pants? The first pair is listed by Forbes as recent product design failures. The last two are included in the Chicago Tribune’s list of the biggest product flops. The point here is that many new products fail, even those developed by businesses with deep pockets. Sometimes the customer requirements weren’t fully understood, but in many cases, while the concept was excellent, the

Both public and private sectors provide many different types of research grants and government development grants to support research and development projects. Federal agencies in the United States alone allocate more than $500 billion annually to support these initiatives. The National Institutes of Health (NIH) is one of the largest contributors, alongside other government departments that fund diverse projects in fields such as industrial technology, environmental sensing, and pathogen detection. This guide outlines some of

In today’s healthcare landscape, software is not just an accessory; it’s a lifeline. From advanced MRI machines to everyday fitness trackers, software enhances patient care by collecting vital data and facilitating communication. However, developing software for medical devices is a complex journey that demands meticulous planning, rigorous testing, and a deep understanding of regulatory standards. This guide will navigate you through the essential considerations for creating safe, effective, and reliable medical software, ensuring you’re equipped

The user interface (UI) is one of the most critical aspects of any product. It plays a key role in creating first impressions, helping users understand available features, improving user efficiency, minimizing errors, and ensuring overall satisfaction. Over time, usability trends, evolving target markets, and technical advancements can all signal that it’s time for a UI refresh. As a product owner, here are key factors to consider when deciding if it’s time to modernize your

Thoughts from Brian Eastman, Director of Engineering At Gener8, we’re all about solving complex engineering challenges, and recently, we got to do just that on a project that pushed our skills across hardware, software, and everything in between. We partnered with our client to guide them through the development of a highly complex life science instrument—from concept to final delivery. Our role? To provide the technical expertise and steer the project through its development. The

How Industrial Design Can Catapult Your Product into a Sought-After Commodity and Attract Investors In the competitive world of startups, securing early investment is crucial for success. Even with compelling product ideas and a polished business plan, standing out to investors is challenging. This is where Gener8 ID can make a significant difference. Why Industrial Design Matters Today’s investors are bombarded with pitches and product propositions. To be remembered, a product must visually stand out.

The healthcare landscape has always been dynamic, ever-adapting to the challenges of the times and the needs of patients. Central to this evolution is diagnostic imaging, a field witnessing a revolutionary melding of innovation and care. Recent breakthroughs have magnified our ability to diagnose more accurately while emphasizing a patient-centric approach, ensuring that the individuals at the heart of this process are prioritized and understood. From Artificial Intelligence’s analytical power to imaging tools’ sustainable future,