HibarM30 - AI-Enhanced OPC UA Remote Editor

HibarM30 - AI-Enhanced OPC UA Remote CNC Editing

We aren't just coding a machine; we are building a digital twin in OPC UA. This allows the AI to 'rehearse' the machining process and predict failures before the physical tool even touches the metal.

HibarM30 system leverages an OPC UA-based digital twin to simulate machine kinematics in real-time. By integrating a high-performance CNC Editor for dynamic NC-code modification with an advanced AI Observer, the system continuously monitors live machine telemetry.

Based on this data, HibarM30 predicts optimal feed rates and automatically updates control variables to maximize machining efficiency while maintaining operational safety.

System Architecture

1. Digital Twin – Machine Kinematic Simulation

To safely optimize machining parameters, HibarM30 uses a virtual representation of the machine.

Functions

Simulates machine kinematics in real time
Mirrors CNC axis constraints
Synchronizes with live machine data via OPC UA

Data synchronized

Axis position
Velocity
Acceleration
Machine status

This simulation ensures safe parameter adjustments without risking tool breakage or machine damage.

2. CNC Editor – Dynamics NC-Code Processing

The integrated CNC editor acts as the interface between AI algorithms and the machine program.

Capabilities

Reads and parses existing NC programs
Modifies specific blocks such as feed-rate commands (F)
Processes extremely large CNC files quickly
Applies changes before or during execution

A built-in validation layer ensures that all changes remain within the machine's safety limits.

3. AI Observer – Intelligent Process Optimization

This is the “brain” that manages the feedback loop.

Data acquisition

Live telemetry collected through OPC UA:

Spindle load
Vibration
Torque
Feed rate
Machine state

Predictive analytics

Machine-learning models determine the optimal feed rate that maximizes Material Removal Rate (MRR) while maintaining surface integrity.

Real-Time Control

The system can write updated parameters directly to the CNC controller's PLC or NC registers, allowing dynamic feed-rate adjustment during machining.

Benefits

Faster CNC Program Editing

Enables fast changes of coordinate origins in very large CNC programs.

Higher Machining Efficiency

Optimize feed rates automatically based on real machine data.

Secure Remote Support

Provide trusted access to external CAM experts without installing large remote-access tools.

Open Industrial Standard

Built on OPC UA and compatible with standard OPC UA clients such as UaExpert.

Scalable Architecture

Apply automated program adjustments across multiple machines.

HibarM30 Highlights

Fast processing of large CNC programs
Secure OPC UA architecture
Digital twin machine simulation
AI-driven feed-rate optimization
Remote CNC editing capability