VELO™ SERIES

Temperature + Vibration Sensors
VeloLink™ | VeloSense™ | VeloShield™

AI Precision. Human Insight. The New Benchmark in Predictive Reliability.

Industrial Matrix Temperature & Vibration Sensors redefine machine
intelligence across every operational tier.

Designed and assembled in the USA, these sensors merge precision
hardware, adaptive analytics, and AI-driven foresight to deliver
autonomous reliability at scale.

Every pulse, hum, and thermal change becomes actionable insight -
transforming raw data into predictive control.

VELO™ SERIES OPTIONS

Three Models. One Intelligence Standard.

Built for Different Realities.

The VELO™ Series is engineered as a unified sensor ecosystem, built
on the same intelligence foundation but optimized for different
operational environments.

Whether you need dependable tethered monitoring, wireless
flexibility, or stainless-steel protection for aggressive washdowns
and chemical exposure, each model delivers the same core promise:
high-fidelity vibration + temperature insight, built for predictive
reliability at scale.

VeloLink™ (Tethered | IP67K)

A high-performance tethered temperature + vibration sensor designed for stable infrastructure environments where continuous power and consistent connectivity are required. Ideal for standard industrial applications needing reliable, always-on monitoring.

VeloSense™ (Wireless)

A wireless temperature + vibration sensor built for speed, scalability, and hard-to-reach assets. Perfect for plants that want rapid deployment across distributed equipment without the complexity of cabling.

VeloShield™ (Tethered Stainless Steel | IP69K)

A stainless-steel tethered sensor engineered for extreme environments, including harsh washdowns, chemical exposure, and sanitation-critical zones. Built to survive what other sensors avoid, while maintaining precision under pressure.

Our Purpose

To make predictive maintenance intelligent, autonomous, and accessible.
 Industrial Matrix sensors bridge the gap between mechanical health and digital intelligence by providing continuous, real-time visibility into vibration and temperature data.
This is reliability that learns, adapts, and acts so teams can predict failures before they occur.

Precision at the Core

All-in-One Intelligence

Measures acceleration, velocity, displacement, and temperature in one compact device, available in both wired and wireless configurations.

Edge-Level Analysis

On-device waveform and FFT processing detect faults at inception.

True Flexibility

Choose wireless freedom for remote assets or wired performance for continuous high-speed monitoring.

Rugged Design

Built for the harshest industrial environments, Temperature & Vibration Sensors are available up to IP69K protection, ensuring complete resistance to water, dust, and high-pressure cleaning.

Rapid Deployment

Mount magnetically or by stud; configure wirelessly; operational within minutes.

Made in the USA

Engineered for precision, durability, and performance that endures.

Built for Reliability

Precision & Consistency

Detects early-stage bearing, alignment, and balance faults with laboratory-grade accuracy.

Rugged Durability (IP69K Rated)

Fully sealed for washdown, high humidity, and extreme temperatures across industries.

Smart Architecture

Compact form, long battery life (wireless models), and edge-to-cloud connectivity ensure continuous uptime.

How It Works

Capture

Sensors collect real-time temperature and vibration data from critical assets.

Analyze

On-board AI processes waveforms and spectra to detect early anomalies.

Alert

Predictive algorithms trigger notifications for emerging mechanical issues.

Act

Maintenance teams receive guided insights for timely corrections.

Verify

Closed-loop validation ensures faults are resolved and AI models continue to refine.

Engineered Differentiation -
What Sets Us Apart

Mechanical Intelligence at the Source

Monitors vibration, temperature, and bearing behavior to identify the earliest signs of friction, imbalance, or lubrication deficiency.

AI + Human Insight

Sensor analytics feed directly into AI LubeMatrix™, where predictive models and reliability experts jointly determine when, where, and how lubrication should adjust.

Closed-Loop Integration

Temperature & Vibration data connects seamlessly with AI LubeMatrix™ and MatrixOne™, correlating thermal rise, friction trends, and vibration severity to trigger autonomous lubrication actions and precise maintenance timing.

Performance Partnership

Industrial Matrix reliability teams collaborate with clients to analyze sensor feedback, fine-tune lubrication intervals, and continuously optimize machine health across sites.

Benefits

Reduced Downtime

Identify faults early and avoid production interruptions.

Extended Asset Life

Proactive maintenance minimizes stress and fatigue on components.

Operational Efficiency

Correlated temperature-vibration data enhances maintenance accuracy.

Safety & Compliance

Continuous monitoring supports food-grade and regulated operations.

Rapid ROI

Deployed within minutes with payback typically in under 12 months.

Technical Specifications

Capability

Specification

Measurement Axes

3-Axis (Acceleration, Velocity, Displacement)

Temperature Range

-40 °C to +150 °C (varies by model)

Frequency Response

2 Hz – 10 kHz

Sampling Rate

Up to 25 600 Hz

Accuracy

± 0.5 °C / ± 2 % vibration

Power Supply

Lithium Battery (5 + years) or 24 V DC (wired)

Transmission

Wireless 2.4 GHz / Wired RS-485

Enclosure Rating

IP69K

Integration

AI Suite™, MatrixOne™, DrivesMatrix™

Compliance

CE / FCC / RoHS

Ideal Use Cases

Food & Beverage

Sanitary IP69K models for washdown zones and contamination-sensitive operations.

Power Generation

Continuous turbine and rotor monitoring for imbalance and thermal drift.

Heavy Industry

Real-time tracking of bearings and gearboxes under extreme loads.

Manufacturing

Predictive insight for fans, pumps, and conveyors to eliminate unplanned stoppages.

FAQ

Our Vision

ndustrial Matrix unites temperature, vibration, and AI analytics into a single language of machine health.
We transform reactive maintenance into predictive control where data thinks, insight acts, and operations never stand still.

Experience intelligence

in motion - where every signal
becomes foresight.