Need and requirements
Project input: functions, performance, constraints and objectives.
Professional electronics · Since 1991
From need to solution.
From technology to product.
Since 1991, we have developed custom electronic and electromechanical systems by integrating system studies, electronics, firmware, FPGA, power electronics and Motion Control—from architecture definition through industrialization and lifecycle support.
Engineering and manufacturing in Italy
Since 1991technology and innovation
HW · FPGA · FW · SWintegrated disciplines
ISO 9001quality system
From the customer’s need to the solution
One path. From the first question to a product supported over time.
We begin with the operational need, consolidate requirements and performance, define the architecture and coordinate every discipline through manufacturing, testing and lifecycle support.
System studies
Analysis, feasibility, modelling and architecture definition.
Design and development
Electronics, firmware, FPGA, software, power and control.
Prototyping
Functional prototypes, architecture verification and risk reduction.
Integration
Hardware and software integration into the real machine or system.
Verification and qualification
Test planning, functional, environmental and EMC/EMI testing.
Industry and lifecycle
Manufacturing, testing, traceability, maintenance and obsolescence.
How we work
We do not adapt standard products:
we develop the electronics the application actually needs.
We start from the customer’s real needs and build the solution around their machine, process and goals. Every technical choice comes from listening, collaboration and the determination to create exactly what is needed.
Before designing, we study the system
Engineering capability begins before the circuit diagram.
SFERA does not simply develop electronics from fully defined specifications: we can help conceive the solution itself, defining functions, architectures, interfaces and verification strategies.
Requirements analysis
We structure needs, constraints, performance targets and objectives.
→Architecture
We define functions, interfaces, data flows and allocation across disciplines.
→Modelling / simulation
We assess behaviour, performance, criticalities and operating scenarios.
→Technology choices
We select the most suitable technologies for performance, reliability and lifecycle.
Technology expertise
Different disciplines, coordinated as one system.
Analog and digital electronics
Custom circuits, microprocessor systems and next-generation microcontrollers.
FPGA & real-time
FPGA logic, high-performance processing, fast communications and strict timing constraints.
Firmware & embedded software
Firmware for microcontrollers and FPGAs, control and regulation functions, communications, diagnostics and real-time system management.
Communications
Industrial interfaces, fieldbuses, Ethernet, serial links and wireless connectivity.
Test & instrumentation
Test, measurement, data-acquisition and automated production inspection systems.
Multidisciplinary design
Electrical, electronic, electromechanical and mechanical design of the complete system.
Distinctive expertise
Power Electronics & Motion Control
Power and control developed as a single system for high-performance industrial and special applications.
Power electronics
Power conversion and design of power stages.
Electrical drives
Control of motors and electrical machines by integrating power and digital electronics.
Motion Control
Position and speed regulation and control for machines and equipment.
Dedicated expertise in precise, efficient machine control—not generic energy management.
Verification on the real product
Integration and qualification: performance proven in the field.
Technical and functional verification continues on the prototype and, when required, on the customer’s machine or system to assess the product under its actual operating conditions.
System integration
Integration into the real application, interface verification and functional checks under the intended operating conditions.
Qualification plan
Definition of the test plan, preparation of the test configuration and technical support throughout test execution.
Coordinated testing
Environmental chamber testing with thermal cycles, EMC/EMI tests and further checks required by applicable standards and specifications.
SFERA can manage and coordinate product qualification through accredited laboratories.
Cross-industry experience
When electronics must work. Every time.
We understand industries where uptime, accuracy and control are non-negotiable.
01
Defence
Electronic and electromechanical equipment and subsystems with strict performance, robustness, traceability and operational continuity requirements.
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02
Biomedical
Systems for biomedical equipment, with experience in ophthalmology and medical analysis instrumentation.
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03
Industrial
Electronic, electrical and electromechanical systems for automation and special applications, including machine and equipment Motion Control.
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04
Motor test systems
Dedicated test and inspection systems for universal motors and traction electrical machines, integrated into the final station of the production line.
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05
Textile
Controllers for chenille and yarn machinery, with thousands of axes installed worldwide.
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06
Packaging
Electronics and control for plastic film, bag-making and heat-sealing machinery.
↗Industrialization and lifecycle
An advanced solution must remain reliable, repeatable and manufacturable over time.
SFERA retains control of the highest-value strategic activities: system studies, design, technology choices, engineering, integration and testing. Specialist processes are entrusted to an established network of qualified and monitored suppliers.
01Manufacturability and cost
02Component availability
03Obsolescence management
04Documentation and configuration
05Maintainability
06Evolution support
Trust built over time
Clients and industrial partners
Relationships that reflect our ability to operate across diverse and complex technology value chains.
Your next project
Tell us about your application.
Share the requirement, operating environment and goal. Our team will help define the most effective technical path.