ITI provides end-to-end mechanical engineering services — from concept and detailed design through prototyping, commissioning, and production-scale deployment. Our work spans industrial manufacturing, turbomachinery, laboratory automation, and life sciences instrumentation.
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Full-spectrum mechanical engineering from first principles to production. Concept design, structural and flow analysis, prototyping, system integration, and commissioning.
Design and development of high-speed precision machinery for mass production. Covers new equipment, process optimisation, and upgrade of existing production lines — through to commissioning.
End-to-end development of novel products — from specifications and prototype tooling to production-ready processes. Includes quality inspection instrumentation and performance testing methods.
Design and build of custom automated systems for laboratory and industrial processes. Mechanical design, sensor and actuator integration, motion control, MCU/PLC programming, and full commissioning.
Structural calculations, CFD, vibration analysis, fatigue modelling, and ISO compliance studies. Aerodynamic design, pressure loss calculations, and heat transfer analysis.
Representative work across laboratory automation, life sciences instrumentation, industrial machinery, turbomachinery, and medical engineering.
Full design and build of an automated soil-sample preparation system for Agrolab RDS. Integrates subsystems for mixing, forced-filtration, beaker handling, and washing of acids and solvents.
Fully automated immunoassay system with a Cartesian X-Z robot, 96-channel liquid handler, embedded magnetic separator, washer, and cryopreservation units. Presented at Planet xMAP 2012.
ITI product for cell biomechanics research. Applies digitally controlled, constant-pressure compression to cell cultures (e.g. cartilage). Distributed internationally via partners in China and Japan. Brochure | Introducing CFCPcc video | Operating CFCPcc video | Published results: 1, 2, 3, 4.
Automated portable device for microfluidic chip-based CD4 T-cell counting. Full mechanical, electronics, and optics design, prototyping, automation, and validation. Published results
Digitally controlled compression testing machine for induction-heated graphite samples. Force-based motion control, real-time temperature monitoring, and integrated data acquisition.
Disk-based PoC platform with lateral laser excitation for protein biomarker quantification. Micromagnet patterning on rotating disk. Full design, development, fabrication, and characterization. Published results.
Fatigue modelling of a femoral stem product series to assess compliance with ISO 7206-4:2010 (implants for surgery). Finite element analysis across the full implant range.
Experimental magnetic separator for immunoassay microparticles, based on N52 miniature permanent magnets. Analytical and numerical field characterisation, setup design, and fabrication.
Concept design, mechanism analysis, and detailed mechanical design of an industrial shredder with integrated baling system for paper and plastic recycling operations.
Conversion of a manual copy-making milling machine to a twin-head CNC system with servo drives, sensors, and motion controller. Used for ship model hull fabrication at the NTUA Naval Architecture lab.
Low speed Aerodynamic Wind Tunnel specified for anemometers calibration standards.
WT Length 20m, Axial Fan Power 15kW, Test section 1m x 1m, Max Air Speed 20m/s.
Full mechanical design, instrumentation and control design.
Four servo-actuated oscillating wings installed in the NTUA Aerodynamic Wind Tunnel. 1.4m span, airspeed up to 60m/s, max oscillation 20° at 20Hz. Full mechanical design, PLC programming, and commissioning. Published results
20m, 6-tonne commercial aircraft fuselage for wind tunnel testing. Part of the European ARTIC project. Structural design, hydraulic pitch adjustment system, and endcaps to ASME Y14.5 / DIN 7168 standards.
100kW / 3000RPM single stage Counter-Rotating Axial Compressor test rig.
Online data: speed, vibrations, pressure gradients, air velocity profiles, mass flow.
Mechanical design, instrumentation and control design, commissioning, Automated Test data acquisition & post processing UI development. Published results.
Nondestructive testing of circumferential welds in nuclear pressure vessel pipelines. Design of the robotic arm for sensor manipulation, dynamic simulation for active and passive elements. Published results
ITI – Industrial Technology Innovation is a mechanical engineering consultancy based in Athens, Greece. We specialise in the design and development of machinery, laboratory instruments, and precision devices — from initial concept through prototyping to fully commissioned production systems.
The firm was founded by two Mechanical Engineering graduates of the National Technical University of Athens (NTUA), each with over 15 years of R&D experience across the industrial sector and research institutes. Our clients include FMCG manufacturers, aerospace testing facilities, life sciences laboratories, and medical device companies.
We have co-invented over 20 patent applications, brought multiple products to international markets, and delivered production process improvements with documented annual efficiency gains exceeding €5M.
Dipl. Mech. Eng., NTUA (Machine Design). PhD in Bioengineering. 15+ years R&D in industrial machinery and research instrumentation.
Dipl. Mech. Eng., NTUA (Aeronautics). MSc in Automation & Robotics. 15+ years R&D in industrial machinery and research instrumentation.
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