Factory 1
Primary manufacturing infrastructure supporting iBULe's material-to-component production workflow.
Facilities
Integrated infrastructure from raw material to acoustic validation.
iBULe operates two factory facilities, a dedicated water-tank building, 40 piezoelectric single-crystal manufacturing machines, 18 machining systems, and the SDECS material-characterization platform.
2Factory Facilities
40Single-Crystal Manufacturing Machines
18Machining Systems
SDECSMaterial Characterization System
Sites & Test Infrastructure
Dedicated spaces for R&D, production, and underwater evaluation.
The production footprint is organized across Factory 1, Factory 2, the R&D Center, and a dedicated water-tank facility for acoustic evaluation.
Factory 2
Additional production capacity supporting expanded manufacturing, processing, and program execution.
Water-Tank Building
Dedicated infrastructure for underwater acoustic testing, measurement, and controlled validation activities.
Manufacturing Chain
Equipment across the full production sequence.
The infrastructure supports raw-material preparation, single-crystal manufacturing, machining, electrode deposition, sensor assembly, and electrical/acoustic measurement.
Cleanroom Processing
Controlled cleanroom work supports precision electrode processing and preparation of sensitive materials and components.
Raw-Material Processing
Equipment used to prepare and condition source materials before single-crystal manufacturing.
Single-Crystal Manufacturing
Dedicated production equipment forms the core of iBULe's piezoelectric single-crystal manufacturing capability.
Machining Equipment
A fleet of machining systems supports controlled dimensional processing of crystals, components, and sensor parts.
Electrode Deposition
Electrode-processing equipment supports the electrical interfacing required for crystal and sensor-device realization.
Sensor Assembly Room
Dedicated assembly space supports integration of processed crystal elements into sensor and transducer assemblies.
Measurement Equipment
Electrical and material measurement systems are used to characterize components and verify device-level performance.
SDECS Evaluation
Stress-dependent electromechanical characterization.
SDECS (Stress Dependent Electromechanical Characterization System) provides a dedicated framework for evaluating material properties under controlled stress conditions.
SDECS Test Equipment
Dedicated material-characterization equipment supports quantitative evaluation of stress-dependent electromechanical behavior.
Characterization & Analysis
Analysis outputs support material comparison, engineering decisions, and performance verification during development.
Integrated Capability
Raw materialCrystalProcessingAssemblyMeasurementUnderwater validation
01Raw Materials
02Crystal Manufacturing
03Precision Processing
04Electrode & Assembly
05Characterization
06Underwater Validation