Thanks to our many years of experience, we develop solutions designed to meet the needs of the market. In an industry where time-to-market is crucial, we focus on reducing development time and driving rapid product launches.
Our approach
In the biomedical sector we focus on quality, safety and integrated and customized solutions, operating in full compliance with ISO 13485 certification. We offer complete technical support, from design to production, guaranteeing assistance throughout the entire service life of the product. Thanks to the collaborative development of testing technologies and complete traceability, we monitor every phase of the process, while our after-sales services ensure continuity and reliability over time.
Integrated design
We develop customized integrated solutions, combining electronic and mechanical skills and expertise. We strive to meet the specific needs of customers throughout the entire life cycle of the product.
Timeliness
Thanks to dedicated teams and procedures, we are able to ensure excellent responsiveness when dealing with customer requests and rapid market developments. Our operating model seamlessly integrates design, development and prototyping, ensuring timely, high-performance solutions. We transform complexity into efficiency, through a dynamic service designed to accelerate your time-to-market.
Customization and flexibility
Thanks to our consolidated experience in the sector, we face every technical challenge with a tailor-made approach based on customized procedures. Our dedicated teams ensure flexible, customized management, capable of translating specific requirements into concrete solutions. This way, we are able to ensure maximum adherence to your production standards, through a seamless integration of expertise and operational customization.
Specialized technical support
Our highly specialized staff provides comprehensive support throughout the entire life cycle of the product, from initial design to series production. Thanks to rigorous and certified testing procedures, we are able to ensure maximum reliability and quality at every stage of development.
Consistent quality
Our processes incorporate the most rigorous certifications as company standards, ensuring consistent quality, in line with the highest market standards. The combination of attention to detail and regulatory compliance ensures efficient and reliable production. We transform technical requirements into operational excellence for every project.
Life-cycle management
We do not limit ourselves to production, but work closely with customers to design and maintain products throughout their useful life, offering complete support.
Risk analysis and dedicated after-sales services
We offer in-depth analysis of obsolescence risks and dedicated after-sales services, ensuring a reliable and long-lasting partnership that goes beyond the initial sales phase.
Innovation and research in synergy with universities
Thanks to the experience gained and attention to quality, we develop innovative solutions. We collaborate with leading Italian universities, maintaining direct contact with advanced research and new technologies.
We support the evolution of electro-medical equipment, guiding the transition from prototype to large-scale production in strict compliance with ISO 13485 certification. Our processes are structured to guarantee strict controls and certain times, ensuring maximum compliance for high-precision devices.
We handle the optimization of electronic and mechanical components with extreme rigor, working alongside the customer to refine the design in order to improve its reliability and manufacturability. The efficient integration of modules and the careful choice of materials guarantee high performance and safety, responding promptly to the technical and regulatory challenges of the biomedical sector.
Digital and power systems
We design and manufacture advanced digital circuits and systems for the control and management of diagnostic machinery. Our solutions include electronic circuits for precise control of operations, systems dedicated to the management of power supplies and integrated monitoring technologies to ensure maximum safety and reliability.
Hardware design
We develop and design circuits and hardware components which are specific to electro-medical machinery, including control boards, user interfaces and communication modules. Each project is designed to ensure compliance with biomedical standards and ensure optimal performance in clinical environments, with a particular focus on robustness and reliability.
Firmware design
We design and develop advanced firmware for medical device control, including low-level software writing for machine operation management, process control, and interfacing with sensors and monitoring systems. The firmware is designed to ensure operational accuracy, compliance with standards and device security.
Industry regulations
We offer extensive knowledge of the regulations and standards applicable to medical devices, ensuring compliance with international and local regulations relating to patient safety, device effectiveness and certification requirements. Familiarity with the market and regulations is essential to ensure that equipment complies with the required standards and meets the needs of customers and healthcare professionals.
Diagnostic equipment
Our experience allows us to guarantee customers the best balance between reliability and business continuity, resulting in high-performance diagnostic devices that are ready for the market. Through advanced industrialization processes, we ensure a smooth transition from prototype to industrial scale, strictly complying with industry standards. This ensures the repeatability and millimeter precision required for laboratory instrumentation.
Selection of sensor technologies
We select the most advanced technologies which are suitable for specific applications, evaluating sensors for monitoring critical parameters such as blood flow, pressure and solute concentration. The technology chosen is designed to ensure accuracy, reliability and compliance with biomedical regulations.
Design of analog circuits for low signal levels
We design and optimize analog conditioning circuits to manage the low intensity signals generated by the sensors of the diagnostic machinery. The design includes technology aimed at reducing noise and increasing the accuracy of signals, ensuring accurate and reliable data.
Scouting and selection of PCB technologies for specialized sensors
We research and identify the PCB design technologies best suited to the specific sensors used in electro-medical machinery. As sensors may require non-standard PCB solutions, it is essential to collaborate with suppliers to develop and optimize PCB technologies that ensure not only industrial feasibility but also compliance with quality and safety standards.
Measurement techniques
We use advanced measurement techniques to ensure the accuracy and precision of the data collected by diagnostic and monitoring devices. The methodology includes sensor calibration, signal analysis and error compensation. These techniques allow reliable and consistent results to be obtained, allowing an accurate assessment of operating conditions and an effective management of the performance of industrial systems.
