End-to-end medical device development
Developing medical devices is an intricate, multi-step process. Organizations in this increasingly competitive field face significant challenges in doing so:
- Biomedical complexity: to navigate it, extensive industry expertise is essential.
- Regulatory compliance: to build trust between agencies, hospitals, providers, and patients, technical precision and proven results are vital.
- Dealing with big data: to handle the volume, best-in-class software solutions, technology architecture, and device integrations are required.
Our experienced team takes medical devices from ideation to market, navigating any obstacle.
A customizable, cross-disciplinary approach
One of Fresh’s primary differentiators is the ability to take clients from an initial strategy phase through designing, developing, building, and launching a solution. Not every client needs end-to-end services, though, and that’s why we offer standalone services depending on a company’s needs and roadmap.
Strategy: Ideate, refine, and validate medical device concepts, guided by an established approach to innovation.
Design: Bring your proof of concept to life with various creative services, including industrial design, UX, UI, and more.
Software: Plan your technology architecture to support secure, scalable solutions—and develop the software.
Hardware: Build the product, test it, and go to market.
Assistance for various use cases
The Microsoft .Net platform enables C# software developers to build modern applications that run on any platform (web, mobile, desktop). It provides an extensive library and framework to handle most common tasks. As a compiled language, .Net provides performance and type checking benefits not found in scripting languages.
Fresh is one of the top National Instruments Alliance Partner companies in the Pacific Northwest. Partner with us and leverage our experience with LabVIEW and NI TestStand, LabVIEW Real-Time and LabVIEW FPGA, and programming for the NI cRIO/sbRIO embedded platforms.
OpenCV is an open-source computer vision library that offers time-saving built-in functions for standard image processing. It’s equipped with a wide range of capabilities, from simple image processing to machine learning for image interpretation.
Python is a general-purpose language that’s used everywhere, from desktop software and web applications to special effects in film. It supports many programming styles, and Python’s designers have made readability a top priority, helping the language evolve into a concise, expressive syntax.
SOLIDWORKS is a parametric feature-based, solid modeling CAD and CAE software package on the Windows platform. With 3.5 million licenses sold, it is one of the world’s most popular CAD packages, with a broad user base ranging from individual freelancers to large corporations.
TensorFlow is an end-to-end open-source platform for modelling, training, and deploying deep neural networks. Its ecosystem of tools, libraries, and models allow engineers to build, deploy, and scale a variety of machine learning-based applications like computer vision, object detection and classification, language modelling, and voice.
Our proven medical device development process
Explore our multidisciplinary approach. From ideation to execution, we provide guidance at every step.
Related product development capabilities
Explore our other engineering services, which allow our team to solve challenges for your organization and others, regardless of size, industry vertical, or product category.