A commitment to innovation and sustainability
At Zaritech Dynamics, we engineer medical hardware built for the future. By integrating power-efficient PCB architectures with scalable DSP algorithms, we ensure our diagnostic devices are not only clinically reliable but also sustainable for long-term global healthcare demands
The Next-Gen Defibrillation Ecosystem
We are pushing the boundaries of medical engineering by merging
ultra-fast AI with high-precision power electronics.
Zero-Latency AI & Decision Engine
Implementation of TinyML architecture to eliminate network latency.
This enables autonomous,on-device detection of shockable rhythms within miliseconds,removing the need for external server processing.
High-Voltage Power Electronics & Galvanic Isolation
Absolute galvanic isolation between the 5000V discharge circuit and the 3.3V microcontroller logic,utilizing high-speed optocouplers.
Features integrated “Dead-time” safety protocols within the H-Bridge gate drivers to prevent cross-function.
Adaptive Impedance & Dynamic Shock Control
Real-time PWM/Chopper control that modulates shock voltage and duration based on the patient’s transthoracic impedance.
Utilizing a Biphasic Truncated Exponential waveform to achieve maximum resuscitation rates at lower energy levels.
Regulatory-Driven Architecture & Compliance
Systems engineered from the ground up to meet IEC 60601-2-4 (Defibrillator Safety) and ISO 13485 Quality Management standards.
The architecture is fully optimized for GDPMD (Good Distribution Practice for Medical Devices) compliance, specifically targeting the Malaysian market.
Agile R&D & Product Lifecycle Management (PLM)
Deployment of Agile methodologies to accelerate hardware and software iterations during the R&D phase.
Continuous risk management and mitigation strategies are integrated throughout the entire product lifecycle to ensure reliability and safety.
IoT Telemetry & Next-Gen Energy Storage
Transition from conventional lithium batteries to high-density supercapacitor-based power units for extended service life.
Includes secure IoT telemetry (MQTT) for post-operative data transfer, feeding machine learning algorithms for continuous diagnostic improvement.
Advanced Hardware Validation
Our engineering workflow relies on rigorous SPICE simulations and dynamic stress testing. We ensure every architecture strictly adheres to IEC 60601 safety standards before moving to physical prototyping.
Simulation of BTE Waveform
- Optimized Biphasic Truncated Exponential (BTE) discharge.
- Strict 0.5ms fail-safe dead-time integration.
- Maximized resuscitation efficacy with minimum tissue damage.
“True medical innovation emerges when zero-defect hardware meets zero-latency algorithms.
We don’t just process biosignals; we engineer absolute reliability into every circuit.”
Zaritech R&D Logbook
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Architecting the Next-Gen Biphasic Defibrillator
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