Accredited Calibration Laboratory & R&D Engineering Center
Proximo Aero is a modern engineering design office and research and development center specializing in mechanical design, industrial automation, and professional calibration services. Operating an ISO/IEC 17025 accredited calibration laboratory, it collaborates with partners in aviation, heavy industry, and industrial fittings to design components, build specialized test stands, and deliver precise measurement services.
PN-EN ISO/IEC 17025:2018
Providing accredited measurement and calibration services operating under a quality management system compliant with PN-EN ISO/IEC 17025:2018 standards.
Calibration of manual and electronic torque wrenches from 0.2 Nm to 3000 Nm in compliance with PN-EN ISO 6789, available both in-laboratory and off-site.
Calibration of pressure transducers, spring gauges, and electronic pressure gauges from -0.9 bar to 1000 bar, alongside system leak testing.
Calibration of multimeters (VDC, VAC, IDC, IAC, R), current/voltage meters, and measurement cards.
Calibration of thermometers, thermocouples, and resistance temperature sensors ranging from 0 degrees C to 350 degrees C.
Calibration of dial indicators up to 51 mm, feeler gauges from 0.01 mm, and specialized Bidwell Power-Dyne instruments.
Developing mechanical designs, performing advanced engineering simulations, and preparing manufacturing documentation for diverse industrial sectors.
Engineering of specialized machines and equipment tailored for heavy industry, aviation, and automotive applications.
Preparation of comprehensive engineering blueprints, technical drawings, and descriptive documentation for manufacturing.
Custom engineering of pneumatic and hydraulic systems for machine automation and heavy force transmission applications.
Using Finite Element Method (FEM) and Computational Fluid Dynamics (CFD) for stress, deformation, thermodynamic, and fluid flow simulations.
Additive manufacturing services to support rapid prototyping and material-efficient production of custom elements.
Designing control systems and building custom software solutions to monitor and manage industrial processes.
Designing and integrating sensor-driven systems to monitor, control, and supervise machines.
Programming custom software applications, web platforms, and data systems matching specific client needs.
Creative and systematic R&D initiatives focusing on testing infrastructure, green energy technologies, and product development.
Designing and building custom test stands, research platforms, and aviation dynamometers.
Engineering research into hydrogen combustion and green fuel cell applications for transportation and power systems.
Aviation · Aerospace · Industrial · Manufacturing · Automotive · Research Facilities · Renewable Energy
Renewable Energy · 2025 · Client: International Research Consortium
Developing an innovative research platform to verify DAAS-SOFC technology powered directly by ammonia under simulated industrial and transportation conditions, as part of an international research consortium.
Industrial · Client: Internal R&D / European Union Funds
Development and implementation of an advanced environmental data logger incorporating real-time sensor analysis, multibrand communication interfaces, and 3D-printed components to reduce raw material usage.
Research Facilities · Client: Scientific Research Institution
A research and development initiative involving the design and engineering of an innovative medical breathing support device with an automated mechanical ventilation system.