With a broad product portfolio ranging from HMI solutions and powertrains to transmission, chassis, and e-mobility systems, Selcom establishes itself as a trusted global partner. Our strength lies in manufacturing excellence for critical components: from electronic ignitions and control units to advanced lighting systems, acoustic warning devices, and other precision electronic devices.
In the world of headlight electronics, perfection is born from the balance between speed and absolute precision. At Selcom, we translate this vision into reality through fully automated manufacturing processes. Our systems are engineered to ensure every component is assembled with consistent care, guaranteeing stable, safe, and perfectly repeatable results over time.
We also develop advanced solutions for the automotive sector, bringing this same manufacturing excellence to the electronic systems shaping the mobility of tomorrow.
Our approach
We offer customized solutions and complete and personalized technical support, from design to production. Thanks to IATF 16949:2016 certification, we are able to guarantee quality, safety and compliance with industry standards.
Integrated design
We develop customized integrated solutions, combining electronic and mechanical skills to meet the needs of our customers.
Timeliness
We respond to our customers' requests and market developments with an efficient and timely service.
Customization and flexibility
We meet the demands of our customers with customized, flexible solutions to meet the challenges of the industry.
Specialized technical support
We offer full and reliable technical support throughout the life cycle of the product, from design to production.
Consistent quality
Our consistent quality is the result of optimized processes, rigorous controls and an integrated approach that ensure reliable products and efficient production.
Safety, reliability and respect for the environment
The safety of our products is non-negotiable for us. Customers can count on maximum levels of safety for both end users and the surrounding environment, reducing the risks of accidents and environmental damage.
Compliance with industry regulations
The IATF 16949:2016 certification certifies our commitment to meet the standards of the automotive industry, ensuring the legal compliance of our products.
Advanced quality control
Product Part Approvals (PPAPs) and DFMEA and PFMEA analyses are tools used to identify and mitigate any defects right from the initial stages of the production process, ensuring the highest quality of finished products.
Six Sigma Methodology
This approach aims to minimize process variability, ensuring that products always meet the high quality standards required by the automotive industry.
We offer cutting-edge solutions for the automotive sector, with an approach oriented toward the industrialization and optimization of customized components. Combining electronic and mechanical precision, we guarantee high performance, customized solutions according to the needs of each project. Thanks to our expertise, we are able to develop customized products, ensuring high quality components that fully meet the customer's technical specifications.
We also specialize in implementing cost rationalization strategies and streamlining design and production processes, while maintaining high levels of quality and performance. The experience gained in the industrialization of components for the automotive sector allows us to optimize production and guarantee reliable and competitive products on the market.
Development of analog circuits
We develop high-precision analog circuits to ensure that the ignition coil generates stable and reliable electrical pulses, optimizing engine combustion and improving overall efficiency.
Firmware design
We design firmware for the electronic control of ignition coils, favoring synchronization, performance monitoring and adaptation to engine operating conditions. This makes it possible to improve the control of the ignition functions and to ensure optimal performance.
Heat dissipation
We design heat dissipation systems to maintain optimal operating temperatures, increasing component life and preventing overheating.
Embedded systems design
We design embedded systems to precisely manage and control the coils, adapting the ignition times and intensities according to the operating conditions of the engine.
Materials research
We carry out research on materials to choose the most suitable ones to withstand the thermal and mechanical stresses typical of automotive applications, with the aim of increasing the strength and reliability of the coils.
Reliability testing and fault analysis
We carry out reliability tests and fault analysis to identify and resolve potential critical issues, ensuring a long operational life of the coils.
Electric vehicle cooling pump control boards
We specialize in the industrialization of integrated control boards for cooling pumps in electric and hybrid vehicles. Thanks to our optimized processes, we guarantee efficient production and the application of quality standards typical of the automotive sector, ensuring robustness and reliability.
We design and manufacture highly customized control boards, adapting them to the technical specifications of each customer. We optimize cooling pump performance, considering factors such as operating environment, available space, and energy efficiency. This allows us to offer perfectly tailored solutions, able to meet the most diverse needs.
Our customers benefit from a reduction in time-to-market thanks to modular technologies and optimized processes, accelerating the launch of solutions on the market without sacrificing quality or performance. We improve operational efficiency and energy management and maintain compatibility with the latest industry standards.
High power density
We design and develop high power density components for automotive systems that can deliver high power in a small volume, optimize energy efficiency and improve thermal management. High power density is crucial for reducing the overall footprint of electronic systems, especially in electric and hybrid applications, without compromising performance or safety.
Standards Compliance
We adopt AEC-Q standards to ensure that electronic components used in vehicles meet the reliability and quality requirements defined by the automotive industry. These standards qualify components for the extreme environmental and operating conditions typical of the automotive environment, including changes in temperature, humidity, vibration and mechanical shock.
LIN Communication
We implement LIN (Local Interconnect Network) networks, a serial communication standard used to interface electronic modules inside vehicles. The LIN protocol is designed for applications that require cost-effective and efficient communication between sensors, actuators, and controllers in distributed systems, such as indoor lights, mirrors, and HVAC (heating, ventilation, and air conditioning) systems.
Vibration resistance
We design custom phase connectors to withstand high levels of vibration, an essential requirement for automotive applications. These connectors are optimized to ensure a stable and safe electrical connection even in environments with high mechanical stress, typical of vehicles, and minimize the risk of disconnections or malfunctions caused by vibrational stresses.
Operational duration
We develop components with an operating life of up to 40,000 hours, ensuring reliability and longevity in automotive applications. This feature is essential for reducing maintenance costs and improving sustainability, especially in high-use contexts such as commercial or electric vehicles.
Quality certifications
Compliance with the IATF 16949 standard is crucial for quality management systems in the automotive sector. Developed by the International Automotive Task Force, this standard ensures that manufacturing, design and supply meet stringent quality requirements, promoting defect prevention and reducing variation and waste. We also strictly observe the quality and performance standards of major manufacturers such as GS (Geprüfte Sicherheit) and Volkswagen, ensuring the safety and reliability of automotive components.
Acoustic amplifiers
We operate in the industrialization of components for the automotive sector, with an approach aimed at optimizing production processes and respecting high standards of quality and competitiveness. We develop acoustic amplifiers for machine presence systems, designed to guarantee reliable performance and operational continuity over time.
We provide alternative solutions for components intended for platforms with extended life cycles, favoring the availability of replacement parts in the long term and the continuity of supply in line with the needs of the automotive sector.
The approach adopted also makes it possible to optimize customized components and to effectively integrate electronics and mechanics, supporting the development of functional and customized products.
Development of analog circuits
We develop circuits for the management and amplification of audio signals, ensuring precision and clarity. In the case of acoustic amplifiers, these skills allow us to design solutions that can reduce noise and distortion, ensuring high sound quality even at high volume levels. Thanks to an accurate analog design, the amplifier provides a crisp and reliable sound output, adapting to the variable operating conditions typical of the automotive environment.
Firmware design
We manage the programing that controls the operation of the amplifier internally, including features such as automatic volume adjustment based on the ambient noise and customization of sound settings. The firmware, designed to adapt to the specific needs of the vehicle and driver, helps optimize the overall audio experience. Furthermore, it integrates advanced functions such as equalization, automatic bass and treble calibration and the possibility of software updates, ensuring that the amplifier remains compliant with the most advanced technological standards.
Digital Signal Processing (DSP)
Thanks to our DSP know-how, we optimize the sound quality of the amplifier in real time. The DSP allows for the reduction of background noise, improving frequency response and adapting the sound to the user's preferences. In this way, the amplifier guarantees clear and precise audio even in noisy environments or while driving at high speed.
Mechanical design for vibration resistance
We handle mechanical design to create amplifiers that can withstand vibrations and shocks typical of the automotive environment. Specific materials and design solutions are used to protect sensitive components and maintain sound quality even in challenging driving conditions or when driving on bumpy roads.
Lighting cards
We create boards for the management of interior and exterior lighting of vehicles, equipped with LED and OLED technologies for efficient, low consumption and long-lasting lighting. Advanced lighting management is integrated into vehicle control systems to improve visibility and safety on the road, optimizing energy use and thereby reducing overall vehicle consumption.
HMI
We design intuitive and customized interfaces that allow users to control the lighting of the vehicle in a simple and immediate way. We work to make them easy to use and ensuring they are integrated with other vehicle features, improving the interaction experience and safety while driving.
Touchscreen Techniques
Our advanced touchscreen technology allows for more precise and sensitive control, even in vibrating environments or poor visibility conditions. We optimize touchscreen technology to quickly manage light control. In this way, the driver is able to adjust the interior and exterior lighting of the vehicle with intuitive touches and gestures.
DFM/DFT Optimization
With DFM/DFT Optimization we optimize the design to facilitate production and testing. With DFM (Design For Manufacturing) we make components easy to manufacture and assemble, reducing costs and increasing reliability. The DFT (Design For Testability) simplifies testing, ensuring precision and quality. This approach allows us to guarantee efficiency, high quality and long-lasting products.
Control and communication
We develop advanced control and communication systems that allow the boards to communicate perfectly with other vehicle components, such as sensors and energy management systems. This ensures lighting boards that are adaptable to the needs of the vehicle, responding quickly to the commands of the driver or on-board systems.
Control Modules
We design dedicated control modules, optimized for lighting management, with high precision regulation and communication. This includes the ability to manage intensity, color, and light patterns based on external conditions or driver preferences, ensuring efficiency and energy savings.
We manage the programing that controls the operation of the amplifier internally, including features such as automatic volume adjustment based on the ambient noise and customization of sound settings. The firmware, designed to adapt to the specific needs of the vehicle and driver, helps optimize the overall audio experience. Furthermore, it integrates advanced functions such as equalization, automatic bass and treble calibration and the possibility of software updates, ensuring that the amplifier remains compliant with the most advanced technological standards.
We handle mechanical design to create amplifiers that can withstand vibrations and shocks typical of the automotive environment. Specific materials and design solutions are used to protect sensitive components and maintain sound quality even in challenging driving conditions or when driving on bumpy roads.
Our advanced touchscreen technology allows for more precise and sensitive control, even in vibrating environments or poor visibility conditions. We optimize touchscreen technology to quickly manage light control. In this way, the driver is able to adjust the interior and exterior lighting of the vehicle with intuitive touches and gestures.
With DFM/DFT Optimization we optimize the design to facilitate production and testing. With DFM (Design For Manufacturing) we make components easy to manufacture and assemble, reducing costs and increasing reliability. The DFT (Design For Testability) simplifies testing, ensuring precision and quality. This approach allows us to guarantee efficiency, high quality and long-lasting products.
