01
Requirements and Systems Engineering
Performance definition, interfaces, verification strategy, trade studies, risk management, and technical baseline development.
Capabilities
Integrated engineering and manufacturing capabilities.
A disciplined development approach spanning requirements, modeling, fabrication, testing, troubleshooting, and production readiness.
Manufacturing Capabilities
From material selection to tested hardware.
Our approach integrates acoustic design, materials, precision assembly, electrical integration, characterization, and process documentation.
01Piezoelectric AssemblyCeramics, composites, electrodes, bonding, polarization, and precision alignment
02Acoustic Stack IntegrationMatching layers, backing systems, damping, lenses, wedges, and acoustic interfaces
03Packaging and InterconnectHousings, cables, connectors, shielding, sealing, and environmental protection
04Characterization and CalibrationImpedance, capacitance, pulse response, sensitivity, beam patterns, and acoustic output
05Production ReadinessBuild documentation, supplier planning, quality controls, risk reduction, and process transfer
Engineering Capabilities
Integrated support across the full development lifecycle.
02
Modeling and Optimization
Analytical, MATLAB, and COMSOL models for electromechanical, acoustic, structural, thermal, and array performance.
03
Prototype Fabrication
Application specific transducers, arrays, sensing devices, acoustic stacks, housings, wiring, and test fixtures.
04
Testing and Calibration
Electrical impedance, capacitance, pulse response, insertion loss, sensitivity, beam patterns, output, and endurance.
05
Failure Analysis and Troubleshooting
Root cause analysis for performance loss, ringing, delamination, crosstalk, EMI, open channels, and packaging failures.
06
Technology Transition
Design documentation, supplier qualification, process definition, quality controls, manufacturing risk reduction, and production transfer.
Capability Inquiry