Process control controllers
Controllers for technological process control, equipment logic, operator interfaces, sensors, actuators, and industrial communication.
We take electronics from requirements and R&D to circuitry, PCB, embedded firmware, testing, and small or large production runs.
Lead form
Send the task, current status, and contact details. We will return with a technical discussion format.
Core directions
GenTech is focused on applied control electronics: industrial controllers, modernization of production lines, distributed monitoring, smart infrastructure, and custom embedded devices.
Controllers for technological process control, equipment logic, operator interfaces, sensors, actuators, and industrial communication.
Retrofit of existing technological lines, replacement of obsolete control units, integration of sensors, drives, and external equipment.
Control devices for gates, roller shutters, locks, lighting, and distributed automation tasks, including RRC 1.3A class solutions.
Vehicle electronics, GSM security, remote control, telemetry, backup power logic, and embedded automotive modules.
Systems for collecting data from distributed trading points, vending locations, remote terminals, and field equipment.
Control electronics for high-frequency equipment, timing logic, safety interlocks, power stages, and process regulation.
Control boards for vending equipment, payment/device interfaces, I/O modules, and SPLC 80 class controller architecture.
Integrated automation for pool infrastructure: dosing, filtration, pumps, sensors, lighting, and Aquatron class control systems.
Control, measurement, and test equipment for aviation systems, maintenance benches, diagnostics, and ground support tasks.
Services
Clear service lines instead of generic promises. We take responsibility for the engineering work that moves a device toward production.
Architecture, component selection, power, interfaces, sensing, and application-specific circuitry.
Layout, manufacturability, signal routing, panel constraints, redesign, and cost-oriented board updates.
MCU firmware, interfaces, service modes, logic implementation, and firmware bring-up on real hardware.
Validation of technical assumptions, proof-of-concept work, and fast engineering iterations.
Bench validation, functional checks, debugging, and preparation for pilot units and repeatable builds.
Transition from prototype to pilot batch and larger runs with revision control and production readiness.
Redesign of existing electronics, replacement of obsolete components, and extension of product lifecycle.
Cases
The most important B2B proof is concrete engineering work. These examples show the product formats and tasks GenTech already handles.
Pricing
Early numbers help qualify the project faster. Exact pricing depends on interfaces, complexity, certification constraints, and production volume.
Typical entry point for a focused embedded board with defined interfaces and a limited functional scope.
Used when the project includes hardware, firmware, mechanics, testing, and preparation for production.
Suitable for obsolete components, cost-down tasks, or modernization of existing electronics.
Trust
Without disclosing sensitive client names, these are the types of teams and sectors the work already supports.