Evoluzn delivers fully Automated Cleanrooms solutions that transform your critical environments into smart, compliant, and highly efficient operations. Backed by deep IIoT expertise and comprehensive cleanroom manufacturing capabilities, we serve diverse industries including electrical, electronics, pharmaceuticals, healthcare, biotechnology, food processing, and semiconductors.
Shift your cleanroom ecosystem from manual, reactive processes to measurable, predictive, and highly automated control. Leverage Evoluzn’s deep IIoT and cleanroom manufacturing expertise to unlock operational excellence, assure regulatory compliance, and maintain a sustainable competitive advantage.
✔ Continuous real-time monitoring of airflow, dust, chemicals, and hazardous particles
✔ Automated ventilation control dynamically adjusting airflow within safety limits
✔ Centralized edge computing for unified control, anomaly detection, and maintenance alerts
✔ Scalable architectures tailored for multi-sensor and complex ventilation networks
✔ Guarantees sterile, contamination-free environments essential for drug safety and efficacy.
✔ Continuous air quality, temperature, and humidity monitoring ensures regulatory compliance and reduces batch failures.
✔ Predictive analytics minimize downtime and optimize production, supporting faster time-to-market.
✔ Automated access and ventilation control prevent cross-contamination, enhancing product safety and process reliability.
✔ Stringent particulate and electrostatic discharge (ESD) control critical for high-yield chip production.
✔ Real-time environmental monitoring enables immediate corrective action, reducing defects.
✔ Scalable modular cleanrooms allow fast technology refresh and capacity expansion.
✔ Automation ensures consistent processes, enhancing quality and reducing manual errors.
✔ Supports aseptic manufacturing for cell therapies, biologics, and sensitive medical devices.
✔ Precise control of air quality and environmental parameters improves process consistency.
✔Automated environmental monitoring aids in meeting complex regulatory standards.
✔ Integration with robotics reduces contamination risks from human intervention.
✔ Tight control of contaminants, temperature, and humidity for safe, high-performance battery cells.
✔ Rapid anomaly detection and ventilation automation enhance worker safety and process continuity.
✔ Data-driven predictive maintenance lowers unplanned downtime.
✔ Scalable IIoT architecture supports evolving production requirements.
.png)
✔ Controls particulate contamination critical to sensor and battery component reliability.
✔ Maintains temperature-sensitive processes with real-time monitoring.
✔ Enables real-time production tracking and quality control.
✔ Integrated IIoT lighting and power controls enhance energy efficiency.
✔ Maintains hygienic, contamination-free environments for sensitive food production and packaging.
✔ Continuous air quality and humidity control support safety and extend product shelf-life.
✔ Automated environmental monitoring facilitates compliance with food safety regulations.
✔ Reduces risk of product recalls and enhances consumer trust.
✔ Clean, controlled environments for sensitive avionics and component assembly.
✔ Strict contamination control ensures product reliability and safety.
✔ Automation improves precision, consistency, and throughput.
✔ Supports complex regulatory and quality assurance requirements.
✔ Provides particulate and chemical controls essential for precision optics fabrication.
✔ Automated real-time environmental monitoring preserves product integrity.
✔ Scalable systems adapt to production growth and technology upgrades.
✔ Ensures compliance with industry-specific quality standards.
✔ Controls hazardous airborne particles and gases enhancing worker safety.
✔ Real-time monitoring prevents contamination and supports regulatory compliance.
✔ Automated ventilation dynamically adjusts to process needs, saving energy.
✔ Modular architecture permits expansion and customization for diverse chemical processes.