Our journey began in a bathroom, exploring the feasibility of a 3D-printed Coriolis Mass Flowmeter.
Early testing used simple plastic prototypes to validate a revolutionary integrated design.
We published our first research paper on 3D-printed Coriolis feasibility and successfully built and tested the initial prototype.
This year also marked the start of our collaboration with VSL on the Front-End Engineering Design (FEED) for an LNG calibration laboratory, laying the groundwork for traceable LNG measurement systems.
Prototyping was paused due to the global pandemic but digital R&D accelerated.
We developed MAELINK™, a digital integration platform to implement SCASSP (Sensing, Control, Analyzer, Supervisory, Sampling, Proving), and ran structural and signal simulations to refine the design and control logic.
Prototyping was paused due to the global pandemic but digital R&D accelerated. We developed MAELINK™, a digital integration platform to implement SCASSP (Sensing, Control, Analyzer, Supervisory, Sampling, Proving), and ran structural and signal simulations to refine the design and control logic.
We finalized engineering designs for the water calibration facility, including system integration plans. The 3D-printed flowmeter was refined for production-grade reliability.
A prelaunch in Kuala Lumpur attracted Petronas and opened new opportunities in CCUS, hydrogen, and bunkering applications.
We launched the first production-grade 3D-printed Coriolis Mass Flowmeter. Construction began on our in-house flow calibration and integration facility. We also started developing engineering software to support legal metrology, forming a foundation for digital compliance and global certification.