Electronic and Mechanical Product Development
Solutions for automation, control, and industrial process optimization.
We design and build application-specific systems that combine electronics, firmware, and mechanical assemblies.
Our developments include signal acquisition circuits, embedded control units, actuator mechanisms, and complete integrated hardware for production lines, test stations, and automation platforms. Each system is developed for functional reliability, interface compatibility, and operational precision.
SERVICES
Electronic Development
Design of analog and digital circuits, multilayer PCB layout, power management, signal conditioning, sensor interfacing, and communication interfaces. We work with a range of microcontroller families and support low-level design for real-time and embedded systems.
Firmware and Embedded Control
Development of firmware for microcontroller-based platforms, including device drivers, control algorithms, protocol stacks, and application-level logic. Our approach ensures deterministic behavior and reliable integration with external hardware.
Mechanical Design
CAD design of precision components, enclosures, support structures, and dynamic mechanisms. We consider material selection, dimensional tolerances, and manufacturability for both prototyping and scaled production.
Electromechanical Integration
Design of systems that combine mechanical motion, sensors, actuators, and embedded electronics into compact, functional units. Integration focuses on alignment, interface stability, electromagnetic compatibility, and operational robustness.
Product Development for Production Environments
Implementation of functional hardware for integration into production lines, test benches, and control panels. This includes custom instrumentation, interface boards, automation subsystems, and complete embedded platforms ready for deployment.
Prototyping and Testing
Assembly, validation, and iterative improvement of prototypes. We perform bench-level testing, embedded diagnostics, and mechanical fit checks to verify functionality prior to production transfer.
About Our Work
We develop custom electronic, mechanical, and electromechanical systems for industrial applications. Our scope includes requirements definition, system architecture, prototyping, and integration. Systems combine embedded electronics, control firmware, and mechanical structures for use in production environments. Typical applications include signal acquisition, and enclosure-integrated assemblies. Mechanical components are optimized for structural performance, thermal management, and manufacturability. Electronic hardware covers schematics, multilayer PCB design, power systems, and signal conditioning. Firmware manages timing, communication, and hardware interfaces across embedded platforms.
PROJECTS
We have delivered a wide range of systems designed for operation in industrial, automation, and technical environments. Below are examples of application types developed by our team:
Custom Control Units
Electronic modules with dedicated firmware for motor control, process regulation, and system monitoring. Designed for integration in industrial cabinets and field installations.
Sensor Interface Boards
Compact PCB systems for signal acquisition, filtering, and analog-to-digital conversion. Designed to interface with pressure, temperature, optical, and flow sensors.
Test Benches and Functional Fixtures
Custom hardware for electrical or mechanical validation of components during production or maintenance. Includes user interfaces, test scripts, and real-time data feedback.
Embedded Monitoring Systems
Self-contained electronic systems with embedded firmware for continuous monitoring and data logging. Includes communication interfaces for integration with PLCs and SCADA systems.
Electromechanical Assemblies
Functional units combining mechanical structures, actuators, and embedded controllers. Used in automated equipment, motion platforms, and industrial machinery subsystems.
Process Integration Devices
Electronics and mechanics designed to adapt or expand existing production equipment, enabling communication with external systems or improving automation capabilities.
Capabilities
We operate with in-house capabilities to support fast and controlled development cycles. Our infrastructure and technical tools enable full execution from concept to validated hardware.
- PCB design and layout using Altium and KiCAD
- 3D CAD modeling and mechanical simulation (SolidWorks, Fusion 360)
- Embedded software development for ARM Cortex, AVR, and ESP32 platforms
- Digital and analog design up to 48V DC and 230V AC interfaces
- Rapid prototyping of mechanical assemblies via CNC and 3D printing
- Environmental testing: thermal behavior, vibration, and ingress protection
- Communication protocols: SPI, I²C, UART, RS-485, CAN, Modbus, USB
- Laboratory instrumentation: oscilloscope, logic analyzer, power supplies, and signal generators
GALLERY
We’re here to help and answer any questions you might have.
Address
13991 SW 144th Ave #306
Miami, FL 33186
Phone
(305) 713-9261
Email Address
info@cnc-mfg.us