The Next Generation of Heavy Machinery Technology (Coming Soon)

At Berrytron, we’re actively working to transform the machinery industry by developing innovative products that combine cutting-edge hardware, software, and simulation modeling.  

Smart Machine Optimization Kit (SMOK)

SMOK is a next-generation system integrates advanced hardware and software to provide real-time monitoring, diagnostics, and actionable insights for individual machines or entire fleets.

SMOK integrates a software engine that utilizes sophisticated multibody systems dynamics models and advanced algorithms, meticulously developed by a team of highly skilled mechanical and software engineers. This engine powers the integration of virtual sensors, real-time analytics, and predictive capabilities, making SMOK a game-changer for manufacturers and operators.

Features

Embedded Monitoring Unit (EMU)

Embedded Monitoring Unit (EMU)

A rugged, compact embedded device that integrates with a machine's CAN bus system and physical sensors.

Multibody Software Engine

Multibody Software Engine

State-of-the-art multibody systems dynamics models to simulate machine behaviors with unparalleled accuracy.

Virtual Instruments and Sensors

Virtual Instruments and Sensors

Virtual instrumentation suite that utilize sensor data to estimate and show machine parameters in real-time. 

User-Friendly Dashboards

User-Friendly Dashboards

Real-time interfaces for operators and fleet managers to monitor machine health, receive alerts, and review operational data.

Benefits

Reduced Downtime and Costs

→  Minimized unplanned maintenance by identifying performance issues early.

→  Saves on physical sensor costs by leveraging virtual sensors.

Enhanced Performance

→  Optimized operations with real-time insights and feedback.

→  Ensured machine operation within safe parameters to reduce wear and extend lifespan.

Improved Operator Safety

→  Real-time alerts to operators when unsafe conditions or operations are detected.

→  Monitoring of critical machine parameters to prevent accidents and failures.

Data-Driven Decision Making

→  Comprehensive data insights to improve design, manufacturing, and operational strategies.