Hardware Podcasts

#470: The Real Cost of MedTech Innovation: From Idea to Pre-Production with Lisa Voronkova

Global Medical Device Podcast · 22 Sept 2026 · 39m · Episode 470

What this episode covers

Lisa Voronkova, co-founder of OVA Solutions, draws on data from over 200 medical devices to outline the real costs and timelines of MedTech innovation. She details four engineering phases—Discovery, Proof of Concept, Design, and Development—and provides specific hour estimates for projects ranging from simple electronics to complex continuous glucose monitors (CGMs). Voronkova emphasizes the critical importance of validating devices in real clinical environments and explains why Design for Manufacturability (DFM) requires significant additional engineering investment to avoid costly late-stage redesigns.

Most relevant to

early-stage companies

Topics

Mentioned

Companies
OVA Solutions, Greenlight Guru
Also
510k, ISO 13485

Related episodes from other shows

Other shows on the same ground, closest first.

  • Being an Engineer · 43m

    Dakota Welker | User Needs, Design Inputs, Verification & Validation

    Dakota Welker, founder of Think MedTek, explains his four-phase product development methodology for medical device startups, emphasizing user needs, design inputs, verification, and validation. He details how he rescues stalled projects by clarifying scope and documentation, and describes a specific case where bringing manufacturing in-house and negotiating with multiple vendors reduced costs by 50%. Welker also discusses his transition from automotive and pneumatics to medical devices, his focus on CFD tools like Simscale, and the importance of balancing engineering rigor with client communication.

    Validation & product-market fitMedical & health devices
    8 chapters

  • Product Startup · 25m

    110: Design for Manufacturing Consumer Products

    Tim Uys, Head of Design at MAKO Design + Invent, explains the critical role of Design for Manufacturing (DFM) in bringing consumer products to market. He outlines a three-step process from concept design to prototyping and finally production, emphasizing that DFM is not a linear handoff but a collaborative, iterative loop between designers and manufacturers. Uys advises inventors to maintain an open mind, prioritize specific constraints like speed, cost, or quality, and accept that 'perfection is the enemy of success' to avoid missing market windows. He stresses the importance of providing manufacturers with comprehensive documentation—including CAD files, 2D drawings, and animations—to build trust and secure better pricing and engineering support.

    Design for manufacturing & NPIPrototyping & iteration
    5 chapters

  • Product Startup · 20m

    203: Design for Manufacturing for a New Invention Product

    Paul Davis, a senior industrial designer at Mako Design, explains the critical importance of integrating Design for Manufacturing (DFM) early in the product development process. He contrasts basic visual CAD with manufacturing-grade CAD, emphasizing that considering draft angles, tolerances, and material choices (like injection molding ABS) from the start reduces tooling costs and risk. Davis advocates for simplicity and the use of off-the-shelf OEM parts to create cost-effective, high-quality products that are easier to scale. The discussion highlights how this approach allows startups to isolate unique engineering challenges during prototyping rather than fixing fundamental design flaws later.

    Design for manufacturing & NPIPrototyping & iteration
    8 chapters

  • Product Startup · 25m

    149: How to Professionally Prototype your Invention Idea

    Mike Morton, former Senior Principal Industrial Designer at Dell, HP, and Sunbeam, explains the critical role of prototyping in product development. He details the progression from rough mock prototypes to refined mechanical and pre-production samples, emphasizing that early, iterative testing prevents costly errors in tooling and manufacturing. Morton advises startups to involve manufacturers early in the design process to ensure designs are manufacturable and to use short pilot runs to validate the production line before full-scale launch.

    Prototyping & iterationDesign for manufacturing & NPI
    8 chapters

  • IDology · 1h 07m

    IDology #6 - Product development costs analysis

    Mikołaj Wiewióra, a senior designer at the industrial design studio MindSailors, explains how the firm structures budgets for product development, alternating between fixed-price conceptual phases and time-and-materials execution for mechanical and prototyping stages. He details the headcount and timeline for each stage, noting that complex products with kinematics or embedded electronics require larger teams and longer durations, while simpler enclosures are faster. Wiewióra emphasizes that prototyping iterations are essential to avoid costly tooling errors, contrasting a rapid six-month market launch with a stalled nine-year project caused by poor client-side project management. The discussion highlights that successful budgeting requires treating the design studio as an integrated partner with swift communication rather than an external vendor.

    Pricing, margins & unit economicsPrototyping & iteration
    9 chapters

The summary, chapters and topics are generated from the episode’s audio by this directory, not written by Global Medical Device Podcast. The episode itself belongs to its publisher.