Bridging the Gap A Blueprint for Scaling Medical Wearables From Prototype to Production
Designing Scalable Wearables
Nothing's worse than finalizing the design of a die-cut wearable medical or consumer device and selecting a manufacturing partner, only to find that your design is not manufacturable at scale. Unfortunately, this "prototype to production gap" is an all-too-real challenge that Medtech engineers face.
Luckily, by applying a few key Design for Manufacturability and Assembly (DFMA) concepts, you can ensure your wearable device product or component is manufacturable at scale the first time. In this on-demand webinar, medical die-cutting experts from JBC Technologies explore key ways to avoid the prototype to production gap, including:
- The root causes of the prototype - production gap
- How small design choices impact manufacturing efficiency and final cost
- Actionable strategies for turning prototypes into a scalable, profitable final product
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Custom Die-Cut Engineered Solutions
A 3M Preferred Converter, JBC Technologies provides precision die-cut solutions fabricated from highly technical engineered materials for leading manufacturers. With state-of-the-art rotary, wide web, and narrow web platen presses, dieless cutting capabilities, and a range of ancillary converting functions, we are equipped to meet the rigorous demands of the space tech, medical, consumer wellness, and battery energy storage industries.
Built on a foundation of engineering innovation, supply chain optimization and manufacturing excellence, JBC adds value at every stage of our customers’ project lifecycle. This can take many forms – from assisting with material selection to design for manufacturability, rapid prototyping, process development, and automated assembly, strategic supply chain solutions, and value analysis/ value engineering.
We embrace the idea that "failure is only a solution yet to be defined" and are committed to delivering quality, agility, and precision in every project.