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My experience in R&D engineering has shaped my approach by pushing me to look at every project holistically. In a lot of R&D departments, teams tend to be strong in Research OR Development, rarely both. If you focus on development without research, there is a real chance your engineers won't fully understand what they are building, even with the best user needs spelled out for them. On the flip side, if you do research without development, you may miss the engineering constraints that matter and end up chasing the latest published manuscript without asking why it hasn't been commercialized yet. There is usually a reason. Working cross-functionally is also essential to actually getting products to market. R&D can't do it alone. It takes a village of experts, especially in the medtech space. Aesthetics Wellness and AI Are Converging Deeper diagnostics, on-demand feedback, and AI are driving a lot of the conversation right now. The aesthetic consumer is getting smarter and more informed. More providers are becoming influencers, social platforms like TikTok and Instagram Reels are accelerating education, and non-physician providers are increasingly knowledgeable and passing that knowledge directly to their patients. What we are also seeing is a real demand for the blend of aesthetics and wellness. A patient may come in for a facial, receive a GLP-1 injection, and finish with red light therapy, all in one visit. Some providers are expanding into cryo rooms, oxygen chambers, and other advanced wellness offerings to build true full-span anti-aging clinics. When your r&d team understands the market the way your marketing team does, everyone starts speaking the same language. I believe having a firm understanding of the market is what drives smarter engineering tradeoffs and, honestly, what unlocks real creativity in product design. When your R&D team understands the market the way your marketing team does, everyone starts speaking the same language. The collaboratio
Medical technology companies are built around innovation. But creating a better technology and getting the market to adopt it are two very different challenges. Today, commercialization requires more than convincing a physician that a product works. Medtech companies must establish value across an increasingly complex healthcare ecosystem. Clinicians evaluate outcomes and usability. Hospital executives consider economics and operational impact. Value analysis committees scrutinize evidence and cost. Supply chain teams assess standardization. Patients increasingly research and influence their own treatment decisions. Helping companies navigate that complexity is ParkerWhite, a healthcare marketing and branding agency with nearly three decades of experience helping medical technology companies turn innovation into market adoption. Rather than viewing marketing as a downstream function that begins when a product is ready to launch, ParkerWhite approaches it as an integral part of commercialization. “Most of the companies we work with don’t have an innovation problem. They have an adoption problem,” says Keith White, Co- Founder and Chief Growth Officer of ParkerWhite. “The technology may be extraordinary, but the market still needs a compelling reason to change what it is doing today.” That perspective shapes ParkerWhite’s approach. The agency begins by identifying the barriers standing between an innovation and adoption. Through stakeholder research, competitive analysis, physician and executive interviews, buyer development, positioning and messaging architecture, ParkerWhite works to determine not simply what makes a technology different, but why that difference should matter to the people responsible for adopting, recommending, purchasing and using it.
The medical device industry demands rigorous quality management, yet many startups face a difficult balancing act. They must advance product development, manage limited resources, and establish regulatory-ready systems without exhausting early funding. BushmanQC addresses this challenge by providing fractional virtual quality management system support designed specifically for growing medical device companies. Founded by Nellie Bushman, a quality professional with more than 25 years in the medical device industry, the company helps organizations establish compliant quality frameworks while allowing them to focus financial resources on critical design, validation, and testing activities. Instead of forcing early-stage companies into expensive solutions before they are ready, BushmanQC offers a practical approach that aligns quality implementation with business and product development needs. The company’s approach centers on building systems that are usable, adaptable, and sustainable. Quality System Designed Around Startup Realities Many medical device companies begin with an innovative idea, engineering expertise, and a vision for commercialization. However, as development progresses, the need for a structured quality management system becomes unavoidable. BushmanQC enters at this critical stage, providing fractional quality resources that deliver expertise without requiring the cost of a full-time quality department. The company’s virtual model helps startups establish the foundation they need while preserving capital for product advancement. BushmanQC recommends a lean, document-based quality management system hosted on a validated cloud storage (virtual paper system) rather than immediately investing in an expensive electronic quality management system (eQMS). The company believes that early-stage organizations can often achieve stronger outcomes by directing available funding toward design controls, validation efforts, and testing. The company creates secure quality data storage environments using platforms such as SharePoint, Dropbox, Box, or Google Drive, while helping clients validate those systems and maintain compliant records.
Contract development and manufacturing organizations (CDMOs) play a critical role in helping medical-device companies move from concept to commercial production, bringing together specialized processes, suppliers and manufacturing expertise along the way. Many CDMOs have developed particular strengths across areas such as design support, tooling, injection molding, microfluidic fabrication, assembly or packaging. Relatively few, however, have built enough of these capabilities internally to offer the kind of broad, turnkey manufacturing solution that Hochuen Medical provides. For medical-device companies, this means coordinating multiple capabilities and suppliers as a product moves from early development into commercial production to create additional handoffs and adding complexity to the transition from prototype or pilot production to scaled manufacturing. Hochuen Medical has built its CDMO model around addressing that challenge through vertical integration: bringing a broad range of capabilities together under one roof. The company’s focus is centered on two specialized areas: microfluidics and medical devices. Instead of relying on external partners for individual steps, Hochuen Medical has invested in developing capabilities internally across product development, engineering, tooling, manufacturing, assembly, and other critical production processes. This allows customers to work with a single manufacturing partner throughout development and production, rather than coordinating multiple specialized suppliers.
Medical equipment requires more than technical specifications. It must align with the environment that keeps it operational. A system that performs flawlessly in a hospital with 24/7 biomedical engineering support can impose a very different burden on a smaller ambulatory surgery center or specialty practice. Clinical familiarity matters, but so do maintenance demands, tolerance for downtime, available technical resources and the capital needed to keep equipment in service. PCB Medical, recognized as our top refurbished medical equipment service company for 2026, builds its model around that operational reality before narrowing any decision to a product or manufacturer. Working across brands and equipment categories, the U.S.-based medical and dental equipment provider helps facilities preserve the systems clinicians already trust while evaluating the rest of the equipment mix against their operating constraints. Its value lies in knowing what each choice will require once the equipment is in use. An ASC may prefer an anesthesia machine from one manufacturer, patient monitors from another and a pump selected for lower maintenance demands. PCB assembles around those priorities rather than forcing a facility into a single OEM portfolio. Partners Matt Spencer, Dustin Spencer and Timothy Aebly bring experience spanning OEMs, independent distributors and corporate healthcare environments. For the Spencer brothers, that foundation began a generation earlier through their father’s work in the industry, which later led Dustin to found PCB. Years across the medical device landscape taught the partners to look past the initial request and evaluate what clinicians trust, what technical resources a facility has and where alternative options may deliver better long-term performance.
Medical Device Outsourcing
Eric Huang, Engineering Manager, Alcon
Packaging and Sterilization
Dan Dror Siman-Tov, Vice President Research and Development, Diagnostics, Meridian Bioscience
Medical Devices and Equipment Manufacturing
Jeremy Nichols, Director of Verification and Validation Engineering and Troy Eigner, Vice President of Product Development, Teleflex[NYSE: TFX]
Medical Device Sales
Tony Anzalone, VP of Global Sales and Manufacturing Solutions, Cordis
Medical Device Sales
Paulina Thomas, Marketing Director, Pajunk Medical Systems
Medical Software & Digital Solutions
Matt Maughan, Director of Telepharmacy, Dartmouth-Hitchcock
Contract Manufacturing Services
Jeffrey Dome, Senior Vice President, Children’s National Hospital
Medical device CDMO services integrate engineering, prototyping, validation, manufacturing and quality systems to support reliable, compliant and scalable device production.
Medical device manufacturers are increasingly turning to digital quality workflows to keep product development, documentation and production activities aligned.
Driving Medical Technology Forward Through Innovation and Strategic Excellence
Featuring BushmanQC, named Medical Device Virtual Quality Management System Company of the Year 2026. Founded by Nellie Bushman, the company helps medical device startups build quality management systems suited to their stage of development. Its phased approach allows businesses to establish documentation processes and prepare for regulatory requirements without hiring a full-time quality team too early. This leaves more resources available for design controls, testing and product development.
We also feature Troy Schurr, Chief Commercial Officer at Foundation Medicine, among the Top 10 Chief Commercial Officers 2026. With experience spanning diagnostics, pharmaceuticals and biotechnology, Schurr focuses on connecting genomic information with the needs of clinicians and patients. His work brings together precision medicine, customer priorities and biopharmaceutical partnerships to support commercial growth.
Hochuen Medical, recognized for Top Medical Device CDMO Services 2026, offers engineering, tooling, microfluidics and manufacturing services. ParkerWhite, named Top Medtech Marketing and Branding Agency 2026, helps medical technology businesses communicate their innovations and build market recognition. PCB Medical, honored as Top Refurbished Medical Equipment Services 2026, provides refurbished equipment and technical guidance based on healthcare facilities’ requirements.
Our contributors examine challenges facing the industry. Paulina Thomas, Marketing Director at Pajunk Medical Systems, discusses balancing creative marketing with regulatory requirements. Anthony Piotrkowski, Director of Regulatory Affairs at STERIS, explores FDA programs encouraging cooperation between manufacturers and regulators.
Together, their perspectives show how strong quality practices, experienced leadership and manufacturing expertise help medical technologies reach healthcare providers and patients.