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AI-enabled, on-site biomedical waste treatment system designed to reduce infection risk, AMR spread, and environmental contamination.
20–25% of biomedical waste remains untreated, releasing pathogens and antimicrobial residues into the environment and accelerating AMR.
BMW stored for 24–72 hours enables rapid pathogen multiplication, causing hospital-acquired infections and occupational exposure.
A compact, AI-powered, on-site biomedical waste treatment system delivering safe, fast, and traceable disinfection with zero toxic emissions.
Smart sensors verify bag type, fill-level, and compliance before treatment, reducing segregation errors and unsafe processing.
UV-C and micro-fog oxidizers achieve ≥99.99% microbial reduction with HEPA and catalytic scrubbers ensuring clean air output.
RFID/QR tracking enables complete bag-to-disposal traceability, preventing SOP failures and compliance lapses.
Tracks cycles, UV/oxidizer levels, emissions, and operator actions—ensuring instant NABH/CPCB audit readiness.
ABIOT-E-Safe represents a transformative step toward safer, more accountable, and environmentally responsible biomedical waste management. By combining advanced sterilization technology with IoT connectivity, real-time monitoring, and cloud-based compliance, it empowers healthcare facilities to eliminate operational risks, reduce infection hazards, and meet stringent regulatory standards with ease. Designed for reliability, scalability, and long-term sustainability, ABIOT-E-Safe reinforces the foundation of public health by ensuring that biomedical waste is treated safely, efficiently, and transparently every single time.