Monitor Critical Production Equipment Before Failure Costs You Thousands
When a bearing overheats or a motor fails, the costs extend far beyond the repair bill. Lost production time, emergency maintenance calls, safety incidents, and cascading line shutdowns turn a single equipment failure into a facility-wide crisis.
Atoms deliver the industrial condition monitoring heavy industrial operations need to prevent failures before they happen.
Purpose-built for harsh industrial environments, these wireless sensors provide industrial asset monitoring across production floors, warehouses, and processing facilities where traditional systems fall short.
The Heavy Industrial Monitoring Challenge
Production managers face a persistent problem: the equipment most critical to operations is often the least monitored.
Motors running production lines, bearings on process equipment, shaker tables, conveyors, and material handling systems operate continuously with minimal visibility into their actual condition.
The gap in traditional monitoring:
- Periodic temperature gun readings miss subtle changes that signal impending failure
- Scheduled inspections can’t catch problems developing between checks
- Traditional SCADA systems require extensive wiring and significant capital investment
- By the time symptoms become visible, damage is already occurring
The Result
Reactive maintenance, unexpected downtime, and equipment failures that could have been prevented with better data.
Process Equipment Monitoring Without the Infrastructure
Atoms transform how heavy industrial facilities approach equipment monitoring.
These battery-powered wireless sensors attach directly to motors, bearings, shaker tables, conveyors, and production equipment in minutes.
No wiring, no infrastructure requirements, and no specialized installation teams needed.
How Atoms work:
Each Atom combines temperature, vibration, impact, and tilt sensing with powerful edge computing capabilities. Rather than streaming constant data, Atoms learn normal operating behavior for the specific equipment they monitor. They process information locally, establishing baselines and detecting deviations that signal developing problems.
When equipment acts outside normal parameters, Atoms immediately send alerts via text, email, or directly into your existing systems through the open REST API.
Real Heavy Equipment Monitoring Results
Production Warehouse: Shift Performance Analysis
A production warehouse facility implemented industrial condition monitoring to better understand equipment usage and improve their preventive maintenance program.
Atoms monitoring temperature, impact, tilt, and vibration across warehouse floor equipment revealed second shift was operating 60% less than first shift—a performance gap far larger than management expected.
The impact: With run-time data now visible, operations managers identified root causes and implemented targeted improvements, resulting in a 5% increase in overall facility output from Month 1 to Month 2.
Comprehensive Industrial Condition Monitoring Across Production Operations
Motors and Bearings
Temperature and vibration monitoring provides early warning of over-lubrication, alignment issues, and developing bearing failures. External temperature probes deliver precise readings on critical bearing assemblies, giving maintenance teams the data needed for condition-based maintenance.
Process Equipment
Shaker tables, material dryers, vertical lift elevators, and specialized production equipment operate under constant stress. Atoms detect the subtle performance changes that indicate wear, misalignment, or operational issues before they cause equipment failure.
Production Line Equipment
Conveyors, hoppers, material handling systems, and processing machinery benefit from continuous monitoring that captures both chronic issues and acute events. Impact detection identifies when equipment is being damaged, while vibration monitoring reveals developing mechanical problems.
Warehouse Operations
Forklifts, material handlers, pallet systems, and automated equipment require visibility into usage patterns and mechanical condition. Run-time monitoring reveals which equipment requires maintenance, which shifts are most productive, and where improvements will have the greatest impact.
Heavy Equipment Monitoring That Scales With Your Operation
Atoms solve the coverage gap that exists in most industrial facilities.
While critical production equipment may have monitoring, the dozens or hundreds of motors, pumps, fans, and material handling systems that support operations typically don’t. The cost and complexity of traditional systems makes comprehensive monitoring impractical.
Start with your most critical equipment, then expand coverage as you see results.
Simple enough to install without specialized teams
Intelligent enough to eliminate false alarms while catching real problems
Extended capabilities
The AT-U 2.0 with 4-20mA sensor inputs extends monitoring to any industrial sensors you already own or want to add. Connect flow sensors, external temperature probes, pressure transducers, or other 4-20mA devices to integrate with Atoms’ edge intelligence and wireless communication capabilities.
Data When and Where You Need It
Dashboard access
Visual analytics and historical trends through the Atomation dashboard
Immediate alerts
Text or email notifications when thresholds are exceeded
System integration
Pull data directly into your CMMS, ERP, or maintenance management systems via the open REST API
Because Atoms communicate via Bluetooth Low Energy to gateways or directly to the cloud via cellular, they work in facilities where WiFi infrastructure is unavailable or unreliable. No IT department involvement required—install Atoms and they begin monitoring immediately.
Purpose-Built for Heavy Industrial Environments
Manufacturing floors, production warehouses, and processing facilities demand sensors that survive harsh conditions.
Atoms feature NEMA 6X rated enclosures that withstand dust, moisture, temperature extremes, and the constant vibration common in industrial settings. These aren’t delicate laboratory instruments—they’re industrial-grade sensors designed for the real-world conditions where heavy equipment operates.
Built for reliability:
- Three-year battery life eliminates maintenance requirements
- Sealed enclosures prevent contamination
- Wireless operation means no cables to damage or maintain
From Reactive to Predictive:
Transform Your Maintenance Program
Traditional time-based maintenance schedules equipment service at fixed intervals regardless of actual condition.
The result? Unnecessary maintenance on equipment that’s running fine, and unexpected failures on equipment that needs attention before the scheduled interval.
Industrial asset monitoring with Atoms enables the shift to condition-based maintenance. Service equipment when data indicates it’s needed, not when the calendar says it’s time. Extend the life of well-maintained assets while catching problems early on equipment that’s being stressed.
Maintenance teams gain visibility into:
Which equipment is actually operating
Which motors are running outside normal parameters
Which motors are running outside normal parameters
This intelligence transforms maintenance from a reactive cost center into a proactive value driver.
Start Monitoring Today
Heavy industrial operations don’t have time for complex implementations or lengthy deployments.
Atoms install in minutes, begin monitoring immediately, and deliver results from day one.
Whether you’re addressing a specific problem on critical equipment or building comprehensive industrial condition monitoring across your entire facility, Atomation provides the process equipment monitoring solution that fits your needs and scales with your operation.
Ready to prevent the next equipment failure? Contact Atomation to discuss your heavy equipment monitoring requirements.