SERVICES
Not everyone is willing (or able) to take on cutting-edge tech. Thankfully, there's Leap.
Whether you are one of the largest biomedical companies in the world or just starting out, consider Leap's scalable service offering to bring your best ideas to market.
For startups, small companies, and universities
looking to commercialize innovative technology end to end
Engineering
Research:
Leap can help you design, engineer, and build prototypes to test your ideas.
Development:
Need to commercialize your product? We can help get it from the page not only into reality, but also into our manufacturing facility.
Manufacturing
Leap can help you make your products manufacturable—and we'll show you, by making them right here.
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We're also happy to be your contract manufacturer of choice.
Quality System
Leap can ugment your quality system, or simply work within it.
We also have the resources within our network to help you create your quality system.
For large companies, venture capital,
and incubators
looking to de-risk products before committing to commercializing them
Engineering
Research:
Leap can help you identify and answer the key questions to de-risk a project already in or prior to entry into your portfolio.
Development:
Need to commercialize your product? We can help get it from the page not only into reality, but also into our manufacturing facility.
Manufacturing
Depend on Leap to deliver to your customers as an outsource partner for your demand peaks, or for your products which are low-volume runners.
Quality System
Leap's quality management system is built to be adaptable, and we can work within your established framework in any way you choose.
General Competencies:
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Medical device design, engineering, and testing.
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Preclinical testing within our partner network.
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Medical device manufacturing, from sourcing components to packaging to entire device fabrication and assembly to sterilization and shipping.
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Manufacturing technicians experienced in device assembly, including at very small scales.
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Specialized Competencies:
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MEMS design and fabrication, including microfluidics.
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Use of parylene as a structural and even active mechanical material.
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Design and fabrication of active silicone microstructures.