Machine Monitoring Solutions for Manufacturing
Monitor real-time equipment condition and access technical diagnostics to keep production equipment running reliably, prevent costly downtime, and maximize facility performance.
PROUDLY PARTNERING WITH
Trusted By Production-Driven Manufacturers
Our Comprehensive Manufacturing Condition Monitoring System
Sensors
UpTime’s wireless sensing network captures ultrasound, vibration, and temperature data from production equipment, including low-speed machinery, wet-process assets, dryers, and hard-to-reach conveyors. The MistLX and MistEX platforms enable scalable plant-wide deployments with long battery life, while Brick-TS1X expands monitoring with multi-channel vibration and process signal inputs for advanced applications.
Software
UpCastCM™ is a condition monitoring software that converts high-fidelity machine data into prioritized maintenance intelligence. Its Cloud-native analytics platform uses secure digital signal processing and enterprise-grade architecture to deliver precise diagnostics across large asset populations. Asset conditions are ranked by severity, and our reliability maintenance specialists develop prescriptive maintenance actions to guide repair timing, scope, and root cause.
Experts
UpTime Solution’s reliability analysts continuously review incoming data to filter out false alarms and uncover actual failure patterns. With deep manufacturing expertise, they validate alerts, fine-tune alarm thresholds, perform failure mode analysis, and provide clear corrective recommendations, transforming wireless condition monitoring into a fully managed reliability program rather than just a data dashboard.
Complete Visibility Into Manufacturing Equipment Condition
Our MistEX & MistLX offer 3-in-1 monitoring of your vital operation assets.
Ultrasound
Ultrasonic condition monitoring detects early wear and abnormal friction in slow-moving assets, allowing minor issues to be found well before they develop into failures.
Lubrication optimization
Slow-speed bearing faults
Low-frequency vibration monitoring identifies imbalance, misalignment, and structural looseness in slow-speed production equipment.
IP69-rated
FFT spectrum & waveform
Temperature condition monitoring detects early temperature anomalies that signal equipment stress and potential mechanical failure.
Trend analysis
Process correlation
How Our Manufacturing Asset Monitoring Works
Our approach to condition monitoring for manufacturing systems goes beyond hardware. We work alongside your team to build a reliability program that fits directly into your maintenance workflow.
1. Assess
We evaluate your facility to determine which production assets have the greatest impact on uptime and cost. Monitoring coverage is defined to maximize return before any equipment is installed.
2. Install
UpTime deploys monitoring hardware quickly while minimizing impact to plant operations. Reliability specialists develop alarm thresholds so each asset is configured with the proper operating context from the start.
3. Connect
Sensors transmit secure machine data directly into the UpCastCM platform without complicated IT integration. Your team gains immediate remote visibility into asset condition through an intuitive interface.
4. Analyze
An analytics algorithm identifies developing faults and routes alerts to expert reliability analysts for validation. This ensures your team receives confirmed findings rather than unnecessary notifications.
5. Collaborate
Our reliability professionals partner with your maintenance team to interpret results, recommend corrective actions, and reinforce long-term reliability practices across your operation.
Developed for Manufacturing Operations and Supported by Decades of Proven Field Experience
Prescriptive Action
UpTime Solutions provides fault-specific diagnostics with defined severity levels and clear maintenance guidance. Findings are reviewed by experienced analysts rather than relying solely on automated alerts.
Our condition monitoring for equipment manufacturers is built around industrial-grade sensors engineered to withstand the heat, moisture, vibration, and chemical exposure common across demanding production environments.
Proven detection on equipment operating at speeds as low as 1 RPM. Ideal for large gear reducers, drag conveyors, kilns, industrial mixers, and rotating process equipment where early fault detection is critical.
Proven To Scale
Deployed across everything from pilot programs to enterprise environments, including single-facility installations with more than 20,000 sensors and multi-site manufacturing operations nationwide.
Customers typically achieve measurable payback within 2–12 months.
Organizations using our platform average more than a 30% reduction in downtime-related costs.
Assets We Can Monitor
Full visibility across the plant floor, from inbound material conveyors to finishing and palletizing operations.
Fluid Handling Systems:
Centrifugal process pumps
Positive displacement pumps
Coolant circulation pumps
Hydraulic power unit pumps
Vacuum pumps
Chemical transfer pumps
Slurry and abrasive pumps
Boiler feedwater pumps
Seal water pumps
Power Transmission and Drive Systems:
Helical gear reducers
Planetary gearboxes
Right-angle drives
Belt and chain drives
Line shaft systems
Motor-mounted gear drives
Flexible couplings
Spindles
Variable frequency drives
Forming and Pressing Equipment:
Hydraulic stamping presses
Pneumatic cylinders
Injection molding presses
Laminating rolls
Compaction rollers
Sheet forming presses
Extrusion presses
Roll forming machines
Production Line Equipment and Work Cells:
- CNC machining centers
- Assembly line stations
- Robotic welding cells
- Pick-and-place automation cells
- Conveyor infeed systems
- Packaging and labeling machines
- Palletizing stations
- Visual inspection cells
- Curing ovens
Support and Utility Equipment:
- Industrial air compressors
- Cooling towers
- Chillers
- Dust collection systems
- Ventilation fans and blowers
- Electrical switchgear
- Motor control centers
- UPS systems
- Heat exchangers
Proven Results in Manufacturing Facilities
Case Study:
How a Fortune 500 company partnered with UpTime Solutions to improve reliability for slow-speed assets.
Situation
A Fortune 500 organization needed accurate condition data for slow-speed assets within its reliability program.
Result
- Early detection of a fault in a low-RPM asset avoided failures that were likely to occur within a few months.
- Minimized production interruptions by shifting from reactive maintenance to condition-based monitoring and maintenance across manufacturing equipment.
- Lower repair expenses and extended equipment service life through early corrective action.
- Strengthened the organization’s reliability culture by enabling precise monitoring and confident maintenance planning for slow-speed production assets.
Problem
- Low-RPM assets normally rely on wired monitoring; however, this organization’s facility layout needed wireless monitoring.
Solution
UpTime’s high-resolution vibration sensing, combined with ultrasonic and temperature detection, delivered clear insight into slow-speed assets.
Data included:
- Ultrasonic monitoring: Identifies abnormal friction, gear contact issues, and early bearing wear in low-RPM equipment before traditional vibration patterns develop.
- Low-frequency vibration monitoring: Detects imbalance, alignment issues, and mechanical looseness in slow-speed machinery.
- Temperature monitoring: Highlights early temperature irregularities that indicate rising stress and potential equipment failure.
UpTime’s reliability analysts worked directly with the team to interpret findings and deliver prescriptive maintenance guidance with clear corrective actions to prevent breakdowns in slow-speed assets.
Other Industries We Serve
Manufacturing Condition Monitoring FAQs
What challenges do manufacturers face when implementing predictive maintenance programs?
Manufacturers face several challenges when implementing predictive maintenance—but UpTime helps simplify and solve them:
- Limited asset visibility: UpTime provides continuous monitoring to establish baselines and detect early faults
- Lack of in-house expertise: Expert analysts validate data and deliver clear, actionable recommendations
- Too much data, not enough direction: UpTime filters noise and prioritizes what actually needs attention
- Production constraints: Wireless sensors are installed with minimal disruption and support maintenance around schedules
- Difficulty scaling programs: UpTime supports everything from pilot to full facility rollout
By combining real-time data with expert analysis, UpTime turns predictive maintenance into a practical, easy-to-manage program that reduces downtime and improves reliability.
What role does vibration analysis play in diagnosing manufacturing equipment issues?
Vibration analysis plays a critical role in identifying mechanical issues in manufacturing equipment by detecting changes in how machines move and operate over time. Every rotating asset, such as motors, gearboxes, and conveyors, has a normal vibration signature. When faults begin to develop, that signature changes in measurable ways.
UpTime uses vibration data to detect issues like imbalance, misalignment, looseness, and bearing wear early in their development. By analyzing patterns such as frequency, amplitude, and waveform data, our system can pinpoint the specific failure mode and its severity. This allows maintenance teams to move beyond simply knowing something is wrong to understanding exactly what the issue is and how urgently it needs to be addressed—reducing guesswork and preventing unexpected downtime.
How does condition monitoring integrate with existing CMMS and manufacturing systems?
Condition monitoring can integrate with existing CMMS and manufacturing systems by turning real-time equipment data into clear, actionable maintenance tasks within your current workflow.
UpTime’s platform collects and analyzes data from your assets. After expert analysts receive an alert that an anomaly has been detected, they translate the validated findings into prioritized recommendations, including what to fix, when to fix it, and why.
These insights can be aligned with your CMMS so maintenance teams can create, schedule, and track work orders without changing their existing processes.
How does ultrasonic monitoring help identify lubrication problems in manufacturing machinery?
Ultrasonic monitoring identifies lubrication problems by detecting high-frequency sound waves generated by friction inside mechanical components.
When bearings or moving parts are properly lubricated, friction levels remain low. As lubrication begins to break down or become insufficient, friction increases, producing ultrasonic signals that can be detected long before damage is visible through vibration or temperature changes.
UpTime leverages ultrasonic data to identify early-stage lubrication issues, including under- and over-lubrication. By translating data and alerts into action items, our system helps maintenance teams to take precise, targeted action rather than relying on fixed schedules or reactive maintenance. The result is reduced wear, extended bearing life, and fewer lubrication-related failures across manufacturing equipment.
Gain the clarity you deserve
Protect your line’s bottom line by maximizing the ROI on your capital equipment.
Ready to get every ounce of value from your assets? Let’s talk.
