Optimize Your Laser Systems with Accurate Diagnostics

With our laser beam diagnostic systems, unlock a new level of understanding of all laser systems. Our technologies provide the capabilities to instantly measure all aspects of the beam quality, allowing the ability to accelerate discovery and research.

Below is a list of all parameters able to be logged in real time:

Our patented technology allows users to measure M-squared with a single laser pulse, eliminating the need for moving parts found in traditional systems. This design increases accuracy, repeatability, and measurement speed, ensuring consistent results with minimal setup adjustments.

With the ability to perform real-time M² measurements, users can monitor beam quality during dynamic experiments or while making adjustments to optical setups. This capability simplifies workflows and provides immediate, reliable data making it ideal for detailed laser characterization in academic and experimental environments.

Provides the ability to monitor key laser beam parameters in real time, including waist position, focused spot size, M², and ellipticity. This live feedback allows for immediate adjustments and detailed analysis, enabling precise control over beam quality during experiments.

With customizable charts and graphs, users can tailor the interface to display the parameters most relevant to their research. Select specific metrics to log over time and export the data as a CSV file for further analysis or documentation. This flexibility makes it easy to visualize trends, compare results, maintain accurate records and  streamline data management.

Measure and record focus lens shifts in real time, providing critical data for evaluating lens design. This capability helps identify and mitigate thermal lensing effects, ensuring the proper selection of lens substrates to minimize beam distortion and maintain performance. By understanding how lenses respond under operational conditions, researchers can optimize designs for stability and reliability in a wide range of applications.

screen recording of wasit position in logging tab

Measure the full beam caustic in real time across three Rayleigh lengths, using a single sensor in compliance with ISO 11146 and ISO 13694 standards. This comprehensive measurement method provides greater accuracy and insight into the beam’s propagation and focus characteristics.

Thermal lensing effects are captured directly in the caustic measurement, offering a clear view of how the beam behaves under real-world conditions. By using this method, researchers can better evaluate and optimize beam quality for their specific applications.

The system is designed to handle a wide range of laser powers, from less than 1 mW to over 50 kW, using a modular ecosystem of components. With options for attenuation, beam dumps, and other accessories, the system can be configured to suit virtually any power level or application.

This modular design ensures seamless integration with other Haas Laser Technologies components, creating a flexible and efficient solution for managing laser power. Whether working with low-power experimental setups or high-power industrial systems, the tools fit together to provide consistent and reliable performance.

The system provides real-time tracking of multiple quality control parameters, offering a powerful tool for monitoring and maintaining laser performance. Users can customize the selection of parameters they want to monitor, such as waist position, M², beam diameter, divergence, ellipticity, and more, tailoring the interface to focus only on what matters most for their application.

Each parameter can be assigned upper and lower limits, ensuring that any values falling outside the defined range trigger an output through an I/O interface. This enables automated responses, such as activating interlocks or initiating corrective actions, to maintain safety and operational consistency.

The integrated power meter function allows you to measure laser power in real time alongside other beam parameters, all within the same system. Once calibrated, this functionality eliminates the need to switch tools during your process, providing a seamless and efficient way to gather comprehensive data.

Power measurements can be logged over time, visualized in customizable charts, and exported as a CSV for further analysis. Additionally, the power data integrates directly into real time QC tracking. 

This integration simplifies workflows while maintaining precise control, ensuring all critical parameters are monitored simultaneously for complete oversight of your laser systems.

By utilizing the trigger cable, the system synchronizes laser pulses with the camera, allowing for instant capture of measurements. This functionality ensures precise timing and accuracy, making it ideal for pulsed laser applications, including picosecond and femtosecond lasers.

All selected parameters can be displayed simultaneously, tailored to the specific needs of your application. Whether monitoring M², waist position, etc, this real-time capability provides comprehensive insight, eliminating the delays seen in traditional data aquisition.

Designed for high-speed laser systems, this feature delivers reliable and immediate results, supporting advanced research and industrial applications with demanding pulse requirements.

Our software is a standalone desktop application that you download and install on your computer, operating entirely offline. It has no capability to communicate with external software unless physically connected for specific I/O functions. This design ensures that sensitive data remains within your secure environment, aligning with data protection best practices and supporting compliance with data privacy regulations.

By maintaining an isolated system, you can confidently manage your laser diagnostics without concerns about unauthorized data access or breaches. This approach is particularly beneficial for organizations handling confidential information, as it minimizes exposure to external threats and enhances overall data security.

Our software offers three distinct reporting options to accommodate various documentation and analysis requirements:

• Short Report: Provides a concise summary of key beam parameters.
• Long Report: Includes a detailed breakdown of measurements and additional metrics for in-depth analysis.
• ISO Report: Generates data formatted to comply with ISO 11146 and ISO 13694 standards.

With these customizable reporting options, users can select the format that best fits their application, ensuring clarity, compliance, and thorough documentation of beam diagnostics.

The real-time camera feed allows users to observe and dynamically adjust laser spot shape, size, astigmatism, etc. By providing live feedback across the near field, beam waist, and far field, the system enables precise alignment changes with immediate visual confirmation.

This feature is particularly useful for aligning laser cavities and optimizing the entire optical beam path in real time. Whether you're fine-tuning optical alignment for research, manufacturing, or system setup, this capability ensures optimal beam quality and minimizes downtime during adjustments.