Development of biomedical monitoring systems
Engineering, industrialization, and manufacturing of equipment for patient monitoring and the acquisition of biomedical signals. Electrolomas collaborates with healthcare technology manufacturers who need to integrate sensors, signal acquisition, control electronics, and communications into reliable equipment and
…manufacturable. We are involved from the technical review and prototyping stages through to industrialization, assembly, and serial production. We can work with an already defined architecture or help transform a concept into a documented, repeatable electronic and electromechanical assembly that is ready for production.
We can work with an already defined architecture or help transform a concept into a documented, repeatable electronic and electromechanical assembly that is ready for production. of validation.
Engineering services for patient monitoring equipment
Biomedical monitoring (patient monitoring) with full integration
We integrate electronic boards, cabling, power supplies, interfaces, enclosures, and mechanical subassemblies, coordinating the necessary components and processes to simplify.
the supply chain.
• Signal conditioning, filtering, and conversion according to equipment requirements.
• Control electronics, power supply, communications, and alarm management.
• Control electronics, power supply, communications, and alarm management.
• Control electronics, power supply, communications, and alarm management.
Biomedical monitoring (patient monitoring) with full integration
• Control electronics, power supply, communications, and alarm management. • Control electronics, power supply, communications, and alarm management.
Sensors, signals, and electronic control
In a monitoring system, data quality depends on every stage: sensor, connection, processing, power supply, and communication. We manufacture in accordance with ISO management systems.
Signal integrity, security, and traceability
Selection and integration of interfaces, cabling, and electronics aimed at preserving signal stability and repeatability.
Reliable acquisition
Selection and integration of interfaces, cabling, and electronics aimed at preserving signal stability and repeatability.
Electronics and embedded software
Selection and integration of interfaces, cabling, and electronics aimed at preserving signal stability and repeatability.
Selection and integration of interfaces, cabling, and electronics aimed at preserving signal stability and repeatability.
Selection and integration of interfaces, cabling, and electronics aimed at preserving signal stability and repeatability.
<strong>3. Industrialization:</strong> optimization of design, assembly, testing, and documentation.
<strong>3. Industrialization:</strong> optimization of design, assembly, testing, and documentation.
<strong>5. Manufacturing and assembly:</strong> electronics, wiring, subassemblies, and complete equipment.
From prototype to manufacturable monitoring system
<strong>6. Quality and after-sales:</strong> verification, traceability, logistics, and repair.
<strong>6. Quality and after-sales:</strong> verification, traceability, logistics, and repair.
<strong>6. Quality and after-sales:</strong> verification, traceability, logistics, and repair.
• Biomedical signal acquisition modules.
• Biomedical signal acquisition modules.
• Biomedical signal acquisition modules.
Common applications
Common applications
• Biomedical signal acquisition modules. • Integration of vital signs into clinical and laboratory equipment.
Frequently asked questions about biomedical monitoring
We can integrate customer-specified sensors and modules for variables such as temperature, pressure, presence, position, or physiological signals, along with their associated electronics. cabling and communications.
Can you develop electronics and embedded software?
existing. existing.
How is signal quality protected?
The architecture, conditioning, cabling, power supply, protections, and testing are defined according to the product requirements to reduce interference and ensure repeatable behavior.
Can you manufacture prototypes and then carry out mass production?
traceability. traceability.