Medical Device
Engineering
Medical engineering services
Shorten your time-to-market with our
medical engineering expertise!
NOVELIC offers research, design, and development services for medical devices and instruments. Our medical device engineering is backed with world-class embedded engineering competence, including full-stack embedded software development, electronics and mechanics, HIL & SIL test systems, as well as analog and digital chip design.
Our engineering teams have expertise in delivering solutions for pioneering electronic medical devices in the fields of non-invasive diagnostics and robotic systems for percutaneous radiologic and oncologic procedures.
End-to-end medical device design
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Medical robotics expertise
Functional and comformance testing
Firmware development
Feasibility studies
Regulatory compliance support
Medical Device Research and Development
NOVELIC provides proof of concept and feasibility studies for a wide range of innovative electronic medical devices, medical robots, or medtech solutions that use batteries, wireless charging, PCBs, embedded hardware, embedded firmware, and microprocessors.
Contactless Vital Signs Monitoring Sensor
The Technology
NOVELIC’s contactless vital signs monitoring sensor uses 60 GHz mmWave radar technology to accurately monitor the heart rate and respiration rate of patients – both for adults and children.
The technology is completely safe for living beings, and requires no external processing of sensor data.
This compact module can be easily be integrated into medical devices or patient beds, hidden seamlessly behind ceramic or plastic surfaces.
GLAM – a photonic-based point-of-care device for cancer diagnosis
Project
GLAM (glass-laser multiplexed biosensor) was a project supported by the Horizon 2020 EU research and innovation funding program, aimed at providing non-invasive detection of genitourinary cancer. The goal was to design and develop a diagnostic tool for detecting biomarkers in the urine and help oncologists make better treatment decisions.
SOLUTION
We participated in multidisciplinary R&D activities, targeting new sensor system development for health care and medical use. Our team focused on system design and the design of an integrated portable device based on novel photonic sensors based on laser microring resonators, as well as laser signal processing. The use of label-free photonic biosensors enabled ultra-sensitivity, simplicity of use, portability, multiplexing, and low cost.
Medical Device Design and Development
We specialize in designing and developing hardware, software, and mechanical solutions for cutting-edge electronic medical devices and digital health products. From wireless charging to softwareless design, our teams provide innovative solutions to common challenges in medical electronics, enabling reliable, practical, and safe products optimized for use in operating rooms and other hospital environments.
Firmwareless Motorized Medical Arm Position Control
Project
Interventional Systems is a medical equipment manufacturer that provides a robotics platform for micro-invasive interventions. They were designing an articulated arm for interventional radiologists and oncologists that could hold surgical equipment in a fixed position. This would remove the need for manual holding, reduce physical strain on the medical experts performing procedures, increase patient safety, and reduce intervention time.
SOLUTION
Our team designed and developed a softwareless solution for robotic arm control that helped avoid the rigorous process of software certification. We designed a wireless charging cradle that enables battery operation and contactless charging of the device. NOVELIC performed a thorough risk analysis and certified the device in compliance with the IEC 60601-1:2005+AMD1:2012 standard.
Why NOVELIC
Multidisciplinary engineering teams
A flexible team structure that follows your project dynamics: from dedicated consultants to full-size teams of hardware and software engineers, mechanical engineers, and other experts.
Certification cost savings
Our analog medical electronics solutions enable device control without any software or firmware, which elevates the need for additional software certifications.
Medical industry expertise
We have a portfolio of novel projects in the fields of medical robotics, medtech engineering, and non-invasive cancer diagnostics for leading medical device companies.
Shorter time-to-market
Our multidisciplinary experts have established processes and frameworks that cut down development time and enable you to launch your product quicker.