PILC designs, wires and commissions specialist test machines, data acquisition modules (DAQ) and vision systems for the most demanding engineering environments.
TRUSTED BY / PARTNERSHIPS
PILLAR 01
Dedicated Engineering and Metrology
PILC designs, wires and commissions dedicated test machines, data acquisition modules and non-contact optical surface inspectors when off-the-shelf solutions are insufficient.
For load testing of mechanical components
Shock and vibration resistant avionics
High-speed surface seal scanners
Sub-micron thickness validation
PILLAR 02
Complete Turnkey Implementations
We don’t just deliver components. You receive a fully integrated, wired, verified and programmed B2B test system ready to generate unambiguous PASS/FAIL decisions.
Including isolated preamplifiers and laser systems
Custom SCADA panels and database engines
You own all IP rights; zero recurring licences
Transparent schematics, FAT/SAT sheets and CAD blocks
PILLAR 03
Direct Engineering Support
You speak directly with engineers, not a sales department or call centre. Requirements are discussed directly with technical management.
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Why PILC
PILC is strongest when a challenge spans multiple disciplines: sensors, electronics, embedded systems, mechanical fixtures, data processing, industrial software and deployment.
PILC can connect physical measurement, electronics, data processing and reporting.
Systems are designed around the product, process and technical constraints of the client.
PILC supports concept, prototype, validation, documentation, build and commissioning phases.
Doświadczenie w lotnictwie, przemyśle, metalurgii, motoryzacji, obronności/R&D oraz środowiskach o wysokich wymaganiach testowych.
A specialist engineering partner that can support teams in creating non-standard systems.
The system must produce reliable, structured, visualised, archived and reportable data.
SIGNAL INTEGRITY IN PRACTICE
Discover our holistic design methodology. We have mastered the complete processing flow to ensure that sensitive electrical signals from high-noise environments translate into flawless diagnostic actions.
Interactive Path (Hover over a node to highlight the system)
MEASUREMENT
CONDITIONING
ACQUISITION
PROCESSING
VISUALISATION
DECISION
ETAP_01 / 06
We design and integrate dedicated sensor systems for precise capture of physical reality in harsh environments.
Technical Capabilities / Architecture:
Raw sensor signals are amplified, isolated and filtered. We design dedicated analogue input interfaces to eliminate ground loops.
Technical Capabilities / Architecture:
Continuous analogue streams are converted into precise digital samples maintaining time synchronisation across multiple channels.
Technical Capabilities / Architecture:
Real-time algorithms process the data stream, applying calibration curves, FFT or control logic with minimal latency.
Technical Capabilities / Architecture:
Multi-dimensional data is presented on clear, efficient operator panels built for industrial displays.
Technical Capabilities / Architecture:
The system generates a deterministic OK/NOK decision, initiates mechanical sorting and archives a full quality trail in the database.
Technical Capabilities / Architecture:
ACQUISITION DANYCH W LOCIE
Ruggedised, high-speed data acquisition systems built to survive extreme vibration, thermal shock and EMI environments during flight testing and propulsion validation.
Case Studies
Explore detailed case studies describing real engineering challenges and dedicated measurement systems deployed at our partners.
The production process required repeatable geometry inspection for automotive sealing components.
Technologies Used
Industrial cameras, lighting, image processing, tolerance logic.
Electrical harnesses required structured verification of continuity, shorts, resistance and connection correctness.
Technologies Used
Continuity, resistance, short detection, adapter fixtures, test reporting.
The production line required dimensional measurement of steel sheet coils during cross-cutting.
Technologies Used
Laser sensors, length, width, diagonal measurement, industrial DAQ.
Steel ropes required diagnostic measurement to detect defects or structural changes.
Technologies Used
Magnetic field sensors, field distribution, signal analysis, defect indication.
Flight test and ballistics environments required compact recording of multiple sensor signals (including resistance to thousands of G).
Technologies Used
MEMS, acceleration, pressure, temperature, GPS, CAN, voltage.
The sensor assembly required repeatable calibration and validation against a strict specification.
Technologies Used
LVDT, displacement, calibration, signal processing, reporting.
Our specialist metrology solutions and microcomputer control loops are the result of years of research and development (R&D). We work closely with leading technical universities and military research institutes, delivering innovative, dedicated measurement systems.
Ready-to-deploy automated assembly lines, robotic test stations and PLC-controlled machines tailored to your exact production process.
Pick & place, sortowanie optyczne i zautomatyzowane komórki walidacyjne.
Full shop floor integration with the factory database.
Certified interlock and hazard protection mechanisms (CE).
Systems Built by PILC
Each system is built to solve a specific engineering problem. Explore our main system categories.
Niestandardowe stanowiska pomiarowe, testery, systemy kalibracyjne i platformy diagnostyczne projektowane pod Twoje wymagania produktowe, procesowe i dane.
Core Technologies
Compact data acquisition and instrumentation systems for UAV, aerospace, flight testing and environments requiring mobile measurements.
Core Technologies
Specialist electronics, avionics modules and sensor interfaces designed for DO-160G standard testing.
Core Technologies
Digital vision systems for geometry control, defect detection, surface inspection and repeatable OK/NOK decisions.
Core Technologies
Laser-based profile and geometry measurement systems for industrial parts, steel processing and in-line quality control.
Core Technologies
Dedicated test benches for electrical harnesses and components in automotive (Tier 1), EV, aerospace and industry.
Core Technologies
Dedykowane DAQ devices, elektronika wbudowana i oprogramowanie do zbierania, przetwarzania, wizualizacji i archiwizacji.
Core Technologies
Specialist magnetic measurement systems. We developed unique devices for rope diagnostics in collaboration with AGH.
Core Technologies
Measurement and calibration systems for force, displacement, LVDT assemblies and test specification verification.
Core Technologies
Dedicated machines, feeders, conveyors, control systems and modernisation projects for non-standard production requirements.
Core Technologies
Engineering Threshold
Off-the-shelf solutions are great for typical environments. But when requirements are non-standard, you need a dedicated approach.
Standard enclosures don’t fit tight mechanical spaces or UAV payloads.
Closed ecosystems make it difficult to communicate with legacy PLCs and non-standard protocols.
Standard commercial electronics fail quickly under high-G loads, in vacuum or under EMI interference.
Nie pasuje do aplikacji
Dedicated PCBs and mechanical enclosures designed specifically for your device.
Bidirectional translation at FPGA or MCU level between any sensors and CAN, EtherCAT etc.
Protective conformal coating, potting and selective component selection for harsh environments.
Idealna integracja systemowa
High-speed optical inspection systems and laser metrology platforms. Eliminate false negatives with dedicated vision pipelines and AI-based analysis.
Domains
PILC creates a complete chain between physical measurement and actionable engineering data. Each of the following domains represents a discipline in which we design, build and commission complete systems.
Obszar 01
Design of test benches, sensor interfaces, calibration stations, end-of-line (EOL) stations, diagnostic systems and reporting software for specific products and test requirements.
Obszar 02
Compact data acquisition systems, flight test recorders, sensor input modules, telemetry-ready measurement architectures and UAV test instrumentation.
Obszar 03
Electronic modules and sensor interfaces for aerospace projects where reliable measurement, documentation, testing and integration matter.
Obszar 04
Hardware and software systems for collecting, processing, visualising, transmitting and archiving measurement data from machines, processes, products and test systems.
Obszar 05
Vision and laser systems for geometry control, defect detection, surface inspection and automated OK/NOK quality decisions.
Obszar 06
Dedicated test systems for electrical cable harnesses and components in automotive, EV, aerospace and production environments.
Obszar 07
Specialist magnetic measurement and steel rope diagnostic systems, magnetic field mapping, non-destructive testing (NDT), lifting, infrastructure and offshore systems.
Obszar 08
Measurement and calibration systems for force, displacement, LVDT assemblies, transducer testing, windings, fixtures and specification-compliant validation.
Obszar 09
Non-standard production equipment, feeders, conveyors, press modernisation, hydraulic control, process automation and machine upgrades.
Technical Depth
MEMS
LVDT
przetworniki siły
czujniki laserowe
kamery wizyjne
czujniki pola magnetycznego
ciśnienie
temperatura
przyspieszenie
pozycja
przemieszczenie
napięcie
sygnały CAN
Data acquisition and control systems designed for extreme shock, ballistic validation and tactical aviation components where failure is not an option.
Protocol-Agnostic Integration
PILC is not tied to a single vendor. Our engineering team routinely writes drivers and interfaces for rare, legacy or highly specialised protocols.
Technical Capabilities
PILC is strongest when a challenge requires combining multiple disciplines. Instead of forcing the problem into an off-the-shelf product, the system is engineered around the problem.
PILC works with physical signals that require stable capture, interpretation and reporting.
Non-standard measurements often require dedicated electronics, interfaces and embedded hardware.
Reliable data is only useful when it can be visualised, archived and used for decisions.
Measurement systems often require fixtures, frames, machines and commissioning in the real environment.
PILC can support projects from concept through prototype, testing, validation, documentation and deployment.
The Problem
Technical teams often need more than just a sensor, data logger or PLC. They need a complete system that captures the right signals, survives the operating environment, generates reliable data and fits into real production processes.
No off-the-shelf device solves the problem
Manual inspection creates risk and variability
Existing machines lack measurement and traceability functions
Multiple sensors require a single reliable data system
A prototype must become a production-ready system
Engineering data must be recorded, visualised, archived and reported
Complete measurement chains from thermocouples to extreme temperatures and strain gauges, through to deterministic EtherCAT data acquisition.
Delivery Model
A structured engineering process, from initial problem definition to final system commissioning and handover to the client.
We analyse your requirements, conduct feasibility studies and propose a system architecture.
Detailed mechanical, electrical and software design. Prototyping of key components.
In-house assembly, PCB population, cabinet wiring and preliminary software integration.
Rigorous testing against specification. Factory Acceptance Tests (FAT).
On-site installation, Site Acceptance Testing (SAT), operator training and ongoing support.
Precision sensor interfaces and multi-channel data acquisition for turbine testing, thrust vectoring and aerodynamic validation.
Scoping Tool
Use this short interactive tool to define your technical constraints and check whether a dedicated PILC system is right for your requirements.
LET’S START
Send a brief description or specification. Our engineering team will analyse the problem and advise a practical system concept.
Avionics and Flight Testing
Dedicated DAQ systems, signal conditioning and ruggedised recorders designed for airborne operation, high-G loads and critical environments.
Prześlij krótki opis lub specyfikację. PILC can analyse the requirements and help define a practical system concept.