Bluetooth Wireless Connectivity for the Ariel Power Meter Using the Ophir COM Object

As industrial laser systems become increasingly automated and enclosed, the need for flexible and safe laser power measurement continues to grow. System integrators are often required to monitor laser performance in confined or restricted environments while maintaining operator safety and minimizing system complexity. In such systems, wireless communication can significantly reduce installation constraints and enable more efficient remote monitoring.

To address these requirements, the Ariel power meter combines compact, high‑power measurement capability with flexible connectivity options. With the addition of Bluetooth connectivity through the Ophir COM object, system integrators can now wirelessly access Ariel laser power measurements directly from their own PC-based applications. This capability enables wireless laser power monitoring in high-power industrial environments.

Ariel Power Meter Overview for High-Power Laser Applications

The Ariel power meter is a compact, integrated, battery‑powered sensor designed for high‑power industrial laser applications. It is particularly well suited for use in closed or confined spaces and supports communication either via USB or wirelessly via Bluetooth.

This combination of compact form factor, high‑power measurement capability, and flexible connectivity makes Ariel suitable for modern automated laser systems where physical access and cable routing may be limited.

Ariel high-power laser power meter with Bluetooth wireless connectivity
The Ophir Ariel is a compact, battery-powered laser power meter designed for high-power industrial applications, with support for USB and Bluetooth wireless connectivity.

What Is the Ophir COM Object?

The Ophir COM object is a software interface layer (API) that enables custom PC applications to communicate directly with Ophir measurement devices. By integrating this interface into their own software environments, system integrators can control devices, retrieve measurement data, and automate laser power monitoring as part of larger system workflows.

LabVIEW interface demonstrating wireless control of the Ariel power meter via the Ophir COM object
LabVIEW demo showing how the Ophir COM object enables PC-based configuration and monitoring of the Ariel power meter.

By supporting both wired and wireless communication paths, the COM object provides additional flexibility when designing integrated laser measurement and control systems.

Wireless Bluetooth Connectivity for Remote Laser Power Monitoring

In addition to USB communication, the Ophir COM object now supports wireless connectivity to the Ariel power meter via Bluetooth. This enables control and live monitoring of Ariel’s laser power measurements with no physical cables attached.

This wireless connectivity allows the Ariel to function as a remote laser power or energy meter—for example, when installed inside a closed or enclosed system—while the PC running the customer’s software application can be located separately. Measurement data is transmitted wirelessly from the Ariel to the PC, enabling continuous monitoring without direct physical connections.

This capability is particularly valuable in high‑power laser environments, where operator proximity to the laser during operation may pose safety risks, or in systems where running cables is impractical or undesirable.

Typical Application Scenarios

Wireless COM connectivity is especially useful in applications such as:

  • Enclosed laser processing chambers
  • High‑power cutting and welding systems
  • Additive manufacturing equipment
  • Automated industrial production lines
  • Research and development laser laboratories

In these environments, the ability to separate the measurement device from the operator workstation improves both safety and system flexibility.

Key Benefits for System Integrators

The addition of wireless connectivity through the Ophir COM object provides several important advantages:

  • Improved operator safety through remote monitoring
  • Greater installation flexibility with reduced cable routing
  • Simplified system architecture in confined or enclosed environments
  • Real‑time access to measurement data without physical connections
  • Easier integration into automated industrial workflows

Together, these capabilities help system integrators design more robust, adaptable, and maintainable laser measurement solutions.

Conclusion

As laser systems continue to evolve toward higher power levels and more enclosed architectures, wireless measurement capabilities are becoming increasingly important. By enabling Bluetooth connectivity through the Ophir COM object, the Ariel power meter provides system integrators with a practical solution for safer, more flexible, and more efficient laser power monitoring.

This approach allows integrators to extend their existing PC‑based software environments with wireless measurement functionality, without requiring changes to their overall system architecture.

As industrial laser systems continue to evolve toward smart and fully automated manufacturing environments, flexible wireless measurement capabilities will play an increasingly important role in enabling safe and efficient system operation.

Jonathan Feust

Jonathan Feust

Test Engineer & Technical Support

33 posts

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