Systems architecture
Requirements definition, technology selection, feasibility analysis and high-level design.
From the first schematic to mass production. From mechanical design to assembly robotics. No subcontracting of the critical parts.
Requirements definition, technology selection, feasibility analysis and high-level design.
Schematics, multilayer layout, DFM, component selection and electrical/thermal analysis.
3D modeling, tolerances, FEA analysis and production-oriented design in metal or polymer.
Bare-metal and RTOS development for STM32, drivers, BSP, bootloaders and communication protocols.
Verilog and VHDL design for Lattice iCE40 and AMD Xilinx FPGAs, hardware accelerators and RISC-V solutions.
Desktop applications and services to drive, monitor and configure our industrial hardware.
Prototype and short-run manufacturing with ESD traceability and IPC-A-610 quality standards.
Laser cutting/engraving on metal, CNC machining and production-ready industrial finishes.
Rapid prototyping in FDM, SLA and technical materials for mechanical validation and short runs.
Robotic arm integration, cell design, pick & place, palletizing and collaborative robotics.
PLC/SCADA systems, industrial sensors, control panels and full line supervision.
Technical coordination, deadlines, certification, quality control and production traceability.
Every project starts with a conversation. No commitment, no cost.
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