¶ Fizix Introduction
¶ 1. Who is Fizix?
Fizix is a technology company that designs next-generation, data-driven solutions for monitoring machine health and performance. By leveraging advanced technologies, Fizix empowers businesses to maximize machine lifetimes and minimize downtime, fostering sustainable and efficient production environments. Its hardware-plus-software ecosystem turns raw vibration, temperature, magnetic flux and acoustic emission process signals into actionable maintenance insights.
¶ 2. What are the Solutions of Fizix?
Fizix offers comprehensive machine health monitoring solutions through a combination of smart sensors and a digital twin based machine health monitoring platform. These tools work together to provide real-time insights into machine performance, enabling predictive maintenance and operational efficiency.
¶ 2.1 Smart Sensors
Fizix provides a range of smart sensors designed for seamless integration and precise machine health monitoring. These devices collect critical data to detect anomalies and prevent failures.
¶ OPro
A wired smart sensor integrating triaxial MEMS vibration, high-frequency acoustic emission, surface temperature, and magnetic flux measurement. Edge computation calculates vibration health metrics and streams results via Wi-Fi/MQTT.
¶ OMax
A battery-powered counterpart offering the same sensing stack. It employs duty cycling to maximize energy efficiency, providing up to 5 years of battery life, and supports high-frequency data capture for expert or AI diagnostics.
¶ OLight
A compact BLE-based sensor for low- to mid-criticality assets. Includes vibration, acoustic, temperature, and magnetic flux sensing. Powered by two user-replaceable CR123A batteries, connects to OGate gateways supporting predictive diagnostics.
¶ OGate
Supports GSM and PLC integration for remote machine data collection and uses open protocols to communicate with cloud or on-premises systems.
📝 Certifications & Special Options
ATEX certificates are available for OPro and OMax sensors. A submersible option is also available for OPro.
ℹ️ Key Features
Magnetic flux sensors, allow detection of electrical faults like rotor bar or magnetic field anomalies in motors.
High-frequency acoustic emission sensing, enables early detection of bearing, lubrication, and gearbox issues.
¶ 2.2 MATE: Smart Machine Health Platform
Mate is Fizix's machine health software platform, designed for scalable, intelligent, and real-time condition monitoring.
Cloud & Edge-Inclusive Architecture
- Enables real-time anomaly detection, fault recognition, and predictive alerts as soon as monitoring begins, improving over time through machine learning
- Features digital twin modelling, enabling users to design, visualize, and interact with machinery digitally
- Automated reporting for different technical and managerial levels
Analytics & Integration
- Provides advanced visualizations: waveform, FFT, envelope spectrum, waterfall, and polar plots
- AI and Digital Twin supported fault detection and alarm generation
- Auto-identifies characteristic fault frequencies (e.g., GMF, BPFO/BPFI) without manual input
- Integrates with external systems for maintenance workflows (email/SMS/Telegram alerts, work-order creation in SAP, IBM Maximo, etc.)
Accessibility & Deployment
- Available via web interface and native iOS/Android apps
- Supports REST API, OPC UA, Kafka, MQTT, MODBUS, etc. for connectivity with diverse data sources
- Scalable from small installations to large sensor networks, with centralized monitoring and role-differentiated reporting
¶ 3. Benefits of Smart Machine Health Monitoring
Smart machine health monitoring provides significant advantages in industrial environments by enabling data-driven decision-making and predictive maintenance.
- Remote Monitoring — Enables operators to oversee machinery from a distance, allowing quicker responses and reducing the need for constant on-site presence.
- Reduced Downtime — Identifies issues before they become critical, minimizing unplanned shutdowns and idle time.
- Proactive Maintenance — Facilitates scheduled maintenance based on real-time data, preventing unexpected failures and extending equipment lifespan.
- Improved Efficiency — Streamlines operations by optimizing resource use and improving workflow continuity.
- Enhanced Safety — Detects abnormal conditions early, creating a safer work environment and reducing accident risk.
- Cost Savings — Reduces operational costs through efficient resource management, lower maintenance expenses, and minimized unplanned downtime.
¶ 4. Do You Need to Monitor your Machines' Health?
❓ Answer yes to any of the following?
- Are some of your machines failing unexpectedly—and you don't know why?
- Are you getting calls in the middle of the night because a critical asset has stopped working?
- Is unplanned downtime costing you time, money, and customer trust?
- Are your energy costs rising, but new machine investment isn't an option?
- Does a single failure bring your entire operation to a halt?
- Are you storing a large inventory of spare parts just in case, tying up valuable space and capital?
- Do maintenance teams spend more time reacting to issues than preventing them?
- Is it difficult to spot early warning signs before small issues turn into major failures?
- Are you under pressure to reduce emissions, lower costs, and increase efficiency—without compromising reliability?
If you answered yes to any of the above, it's time to take control. Start monitoring your machines with smart, data-driven insights—before the next failure surprises you.
¶ 5. How to Start?
Getting started with Fizix is simple and flexible. Whether you're just beginning to explore machine health monitoring, our process is designed to adapt to your needs.
¶ 6. Conclusion
Downtime is a critical challenge in industrial operations. Studies show that unplanned downtime accounts for 5% to 10% of total operational time, costing between $10,000 and $50,000 per hour.
With predictive maintenance strategies:
- 30–50% reduction in downtime
- 10–20% decrease in maintenance costs
With its intuitive interface, customizable dashboards, and AI-powered insights, Fizix not only prevents unplanned failures but also supports sustainable operations and data-driven decision-making across the facility.
