Global Inquiry: Development of a Medical-Grade Extracorporeal Device

@hayteekeys

As an experienced firmware and hardware engineer with an extensive background in embedded systems, PCB design, and electrical engineering, I am confident that I have the skills and expertise required to successfully create your medical-grade extracorporeal device. Throughout my career, I have developed a reputation for delivering reliable, scalable hardware solutions - qualities that are vital for developing a medical device that requires strict adherence to regulatory standards such as ISO 13485 and CE marking. Moreover, my focus on end-to-end engineering allows me to offer clients streamlined project management, ensuring smooth transitions from research and conceptualization through design, prototyping, testing, validation, and certification stages of development. In addition to this, my experience in intelligent automation and industrial systems could prove useful when it comes to manufacturing your extracorporeal device. Above all else, I'm committed to clear communication throughout the process, providing regular progress updates and maintaining transparent collaboration to ensure complete satisfaction with the final product. In choosing me for your project, you’ll gain a passionate problem solver who prides himself on producing high-quality work—on time. Let's collaborate to develop an innovative medical device and make a positive impact in healthcare together.

@cesur135

With a strong background in industrial automation, I am well-equipped to handle the intricate nature of medical device development. My extensive experience in conducting point-to-point and automation tests makes me adept at ensuring precise operation and functionality—a crucial skill when developing an extracorporeal device that must operate within strict medical-grade guidelines. Additionally, my familiarity with SCADA systems such as the SIEMENS WinCC is directly applicable to your need for a design that adheres to regulatory paths like ISO 13485 and CE marking. Being at the forefront of process automation has also honed my understanding of biocompatible materials, a vital aspect of designing devices that interact safely with human biology. I've worked extensively with high standards set up in industries such as wastewater treatment plants and water treatment plants, where reliability and compliance are of utmost importance—just like in your project. My familiarity with PLC programs from different manufacturers allows for flexibility in using state-of-the-art technology based on project-specific requirements.

@electronicsdone

Dear Client, This should be handled as a regulated medical-device development program, not as a normal product prototype. The device concept, biocompatible materials, fluid path, validation plan and manufacturing process all need to be structured from the beginning. I can support the engineering-development side and help define a practical path from concept to prototype. My contribution would be: ✅ system architecture review for the extracorporeal device concept ✅ electronics/control architecture for pumps, sensors, monitoring and safety logic where required ✅ prototype planning with documentation suitable for later regulated development ✅ manufacturing-oriented design inputs and supplier discussion support ✅ coordination with specialist partners for biocompatibility, testing and certification pathway For a device involving plasma contact and antibody adsorption, the first phase should be technical feasibility and architecture documentation, not rushed hardware build. One important question: Do you already have the adsorption media / cartridge concept defined, or is that still part of the research phase? If you message me, I can suggest a structured first-phase plan focused on feasibility, safety and prototype direction. Best regards, Prat PCB Must Innovations