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CELEBRATING OVER 30 YEARS IN BUSINESS

Precision Laser Solutions for Every Industrial Need

Specializing in high-precision laser delivery systems and components, we provide innovative solutions for cutting, welding, marking, and more. Tailored to your specific requirements, our expertise ensures excellence in every application.

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Real-Time Process Monitoring for Laser Applications

Optimize your laser process with BWA CAM, a high-performance camera system for real-time beam analysis. Designed for industrial environments, it provides high-resolution visualization to maintain consistency in cutting, welding, drilling and other applications.

  • Real-Time Monitoring – Instantly detect beam fluctuations and maintain optimal performance.

  • High-Resolution Imaging – Capture fine details of your laser profile with superior clarity.

  • Industrial-Grade Reliability – Built to withstand harsh manufacturing conditions.

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Featured Products

End to End Custom Laser Research & Development Projects

Haas Laser Technologies offers products and services for all aspects of a laser processing system, from design, theory and calulations to manufacturing and post sales support.

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Application Consultation

With 100+ years of combined experience, we'll guide your project in the right direction, helping you avoid costly missteps, budget overruns, and timeline delays for a smooth path from concept to completion.

Mechincal, Electrical & Optical Design

Our engineering team is capable of desginigng and delivering on all aspects of a laser processing project from custom optic designs to one-off mechanical & electrical designs to in-house manufacturing, assembly and testing.

Milling and Manufacturing

Our in house machine shop ensures a tight communication with the optical design experts, mechincal and electrical engineers, as well as machine operators and programers.

Research & Innovation Center

For over 30 years, Haas Laser Technologies has contributed to the laser industry with groundbreaking research and technological advancements. Our publications and white papers showcase decades of innovation, R&D, and industry expertise. Explore our work below to see how we continue to push the boundaries of laser engineering.

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Laser Beam Delivery Basics

Gilbert Haas
A laser beam delivery system precisely transports the laser beam to the workpiece, ensuring accuracy and stability. Key components include beam directing optics, enhancement optics, and process heads…
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Laser Beam Path Purge

Gilbert Haas
A beam purge keeps the laser beam path clean by using clean dry air or nitrogen to prevent contamination. At high power, nitrogen is best. Clean dry air can work but needs proper filtration to avoid…
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Laser Safety

Michael Scaggs, Gilbert Haas
Laser safety is critical in industrial, medical, and research applications. This guide covers key laser hazards, damage mechanisms, and best practices to protect users from potential risks.
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Laser Beam Polarization

Michael Scaggs, Gilbert Haas
Understanding laser beam polarization is essential for optimizing optical components. This guide explains polarization types, their effects, and how they influence reflectance, transmission, and opti…
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Evolution of a real-time laser M2 measurement system

Michael Scaggs, Gilbert Haas
In 2011, the authors introduced a multispot, real-time M2 measurement technology that fulfilled the missing ability of the existing M2 measurement systems to dynamically measure thermal lensing in hi…
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Thermal lensing compensation objective for high power lasers

Michael Scaggs, Gilbert Haas
Athermalization of focusing objectives is a common technique for optimizing imaging systems in infrared where thermal effects are a major concern. The athermalization is generally done within the spe…
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Novel method for measuring beam parameter product and M-square

Michael Scaggs, Gilbert Haas
The majority of methods available for measuring the M-square or the beam parameter product of a laser employ a time averaging technique based upon the ISO 11146-1 beam metric standard. In the ISO sta…
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M-squared measurement repeatability: The best metric in the certainty of the measurement

Michael Scaggs, Gilbert Haas
The ISO 11146-1 document outlines the method for making an M-square measurement but without an actual M-square standard, i.e., having the ability to send a measurement instrument to a standards labor…
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Techincal Support Provided from Design through Completion and Beyond

Our team of technical service associates are ready to assist you with installation, troubleshooting and general product questions. No matter what type of Haas Laser support you need, we’re here to help.

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