Frankfurt Laser Company

Frankfurt Laser Company proudly introduces the FPYL-Q-PS picosecond pulse laser series, offering cutting-edge performance with peak powers reaching up to 100W at a repetition rate of 1 MHz and pulse widths of less than 10 picoseconds. This versatile laser series is available in four wavelengths—266 nm (1-8W), 355 nm (1-50W), 532 nm (1-80W), and 1064 nm (1-100W)—catering to a wide range of industrial applications. With a repetition frequency range between 400 kHz and 2 MHz, it delivers remarkable power stability of less than 3%, or even as low as 1% if desired. Additionally, its pulse-to-pulse stability is less than 2%, ensuring consistent and reliable output over extended periods. Engineered with precision in mind, the FPYL-Q-PS series features a high-quality transverse mode TEM00 output beam with excellent beam quality (M² < 1.2). The laser’s well-collimated beam, with a diameter of approximately 3 mm and divergence of less than 1 mrad, ensures optimal performance for demanding applications. Each unit is delivered with a matching power supply (100-240V range) and a water chiller for seamless operation. Designed for precision micro material processing, these lasers excel in a variety of applications, including the processing of flexible and brittle materials, OLEDs, glass, ceramics, and drilling in the semiconductor industry. With its high peak power and ultra-short pulse widths, the FPYL-Q-PS series is perfectly suited to meet the stringent demands of modern manufacturing.

Frankfurt Laser Company is excited to announce the launch of its new HSML-E series, a cutting-edge line of laser diode modules designed for unparalleled precision and compactness. With a laser head measuring only Ø12.6mm x 44mm, the HSML-E series delivers exceptionally fine laser lines while maintaining a remarkably small form factor. The separation between the laser head and the laser driver allows for greater flexibility, with the laser driver located 200mm from the head and operating at 24V. Measuring just Ø12.6mm x 40mm, the driver remains compact without compromising performance. One of the standout features of the HSML-E series is its ability to focus the beam line to an ultra-thin 10µm thickness at a 40mm distance, making it ideal for highly precise tasks. Users can choose from standard fan angles ranging from 10° to 90°, and the wavelength options span from 405nm to 1060nm, with output powers up to 50mW. Ensuring consistent and reliable performance, the HSML-E modules maintain a power stability of <±5% over an 8-hour period, within an operating temperature range of 10°C to 50°C. For even greater control, the HSML-E series offers optional features such as a potentiometer for power adjustment, external TTL modulation up to 1MHz, and analogue modulation up to 100kHz. Designed to withstand harsh industrial environments, the modules are housed in electrically isolated enclosures that meet IP67 protection standards, making them ideal for demanding applications such as machine vision, scanning, profiling, and laser triangulation. The HSML-E laser diode line modules are set to revolutionize precision-focused industrial applications with their compact size, fine line generation, and robust design.

Frankfurt Laser Company has introduced the new FRLD-1535-XXXµJ-Q series, a cutting-edge line of "eye-safe" 1535nm diode-pumped, passively Q-switched Erbium glass lasers. These lasers offer impressive pulse energies ranging from 10µJ to 700µJ, delivering high peak powers suitable for a wide array of demanding applications. Featuring an output beam with a diameter of just 0.2mm and a divergence of ≤18mrad, these lasers provide precision performance in a compact design. The FRLD-1535-XXXµJ-Q series is engineered to operate under extreme conditions, with a temperature range extending from -40°C to +65°C, ensuring reliable performance in harsh environments. Measuring between 21mm x 8mm x 7mm and 35mm x 8mm x 7mm, these lasers are remarkably compact, making them an ideal choice for space-constrained applications. Thanks to their high reliability and versatile design, the FRLD-1535-XXXµJ-Q lasers are perfectly suited for use in laser range-finding, laser imaging, and surveying equipment, providing exceptional accuracy and durability across industries.

The Frankfurt Laser Company proudly presents the ML2540, a cutting-edge high power temperature-stabilized laser diode module, designed to meet the demands of both industrial and scientific applications. With its wide range of features and impressive specifications, the ML2540 stands out as a top choice for professionals seeking versatility, power, and reliability in laser technology. One of the defining characteristics of the ML2540 is its broad wavelength range, spanning from 450 nm to 1060 nm, allowing it to accommodate diverse applications. Depending on the wavelength and beam parameters, the module can deliver an output power ranging from 1000 mW to 2000 mW, ensuring high performance across various scenarios. Whether used for research or industrial purposes, the ML2540 provides the flexibility needed for optimal results. The module's range of beam options further enhances its versatility, offering shapes such as round, line, and even customized patterns created with diffractive and refractive optical elements. The line laser option, which includes a fan angle between 5° and 90°, features a uniform, non-Gaussian line quality. This variety ensures that users can select the ideal beam configuration for their specific needs. Power stability is a crucial factor in high-power laser technology, and the ML2540 excels in this regard. It boasts a power stability of less than ±0.5% over 24 hours, and less than ±3% over its lifetime, guaranteeing consistent performance, even in tasks that demand extreme precision. The ML2540 also supports both continuous wave (CW) and pulse operating modes, catering to a wide range of technical applications. This versatility makes it an excellent choice for users needing continuous or pulsed laser outputs for their work. Durability is another hallmark of the ML2540. Constructed with black anodized aluminum and housed in an isolated casing, the module is built to withstand challenging environments. It meets IP65 protection standards and offers an optional IP67 rating, ensuring it remains resistant to dust and water ingress, even in tough conditions. Despite its high performance, the ML2540 is energy-efficient, consuming less than 5 W in CW mode. This low power consumption not only reduces operating costs but also makes the module environmentally friendly. Safety and ease of use are key priorities with the ML2540, which includes reverse polarity protection and isolated housing electrical potential. These features ensure user safety and contribute to the overall reliability of the device. The ML2540 offers extensive customization options, allowing users to tailor the module to their exact specifications. Available features include manual wavelength control, laser switch on/off by TTL signal, analog modulation up to 100 kHz, digital modulation up to 1 MHz, and output power adjustment via an integrated potentiometer. An extra heatsink is also available for enhanced thermal management. In summary, the ML2540 High Power Temperature-Stabilized Laser Diode Module from Frankfurt Laser Company is a robust, adaptable, and energy-efficient solution. With its superior stability, extensive customization options, and reliable design, it is an invaluable tool for professionals across multiple industries. Whether for research or industrial use, the ML2540 offers unparalleled precision and performance.

Frankfurt Laser Company is excited to unveil a major advancement in laser technology with the launch of our new range of high-power fiber coupled laser diodes. These cutting-edge 9XXnm diode lasers are setting a new standard in the industry, purpose-built for fiber laser pump source applications. Leveraging our innovative coupling technologies and superior thermal management systems, these diodes deliver unmatched performance in terms of efficiency, compactness, and brightness. Designed to meet the rigorous demands of modern laser applications, our lasers boast power levels ranging from 100W to a remarkable 1 kW, all while being housed in an ultra-compact, OEM-friendly package. With options for fiber core diameters of 100µm and 220µm, these lasers provide the versatility needed to address a wide array of application requirements. Whether it's fiber laser pumping, laser material processing, medical technologies, or scientific research, our latest diodes offer precision and reliability for diverse industries. With this launch, we're empowering innovation through advanced laser solutions that redefine what’s possible.

Frankfurt Laser Company is thrilled to introduce its newest innovation: the Lasers for Low-Wavenumber Raman Spectroscopy. This advanced laser system represents a major leap forward in Raman spectroscopy, offering researchers the ability to explore intricate details of lattice vibrations and intermolecular interactions in solid materials with unparalleled precision. Designed to elevate the field of material analysis, the new low-wavenumber Raman laser allows scientists to delve deeper into the molecular structures of crystals. With this breakthrough, the ability to study lattice vibrations with extraordinary accuracy is now within reach, providing invaluable insights for a wide range of scientific disciplines. Thanks to the system's high spectral purity, researchers can achieve superior measurement clarity, a critical factor for sensitive applications. This revolutionary laser system holds vast potential for diverse fields, from pharmaceutical research to materials science. In drug development, it enables the precise identification of isomers, a key factor in ensuring the safety and efficacy of medications. It also facilitates the analysis of lattice modes, giving scientists a powerful tool to probe the properties of different materials. Additionally, it enhances the study of longitudinal phonon modes in polymers, metal oxides, salts, and even semiconductor superlattices, opening doors to advancements in next-generation electronics and materials engineering. At the heart of this breakthrough is the 532nm laser model, which is specifically designed for low-wavenumber Raman applications. Offering high spectral purity, exceptional beam stability, and adjustable power output, this laser is equipped to meet the demands of the most sophisticated research projects. Its user-friendly interface ensures seamless integration into existing laboratory systems, allowing researchers to focus on discovery without the hindrance of complicated setup. With this cutting-edge product, Frankfurt Laser Company reaffirms its commitment to driving innovation in spectroscopy and empowering researchers to push the boundaries of what is scientifically possible.

Frankfurt Laser Company proudly marks a significant milestone this year as we celebrate three decades of excellence in the laser industry. Since our inception in 1994, we have been at the forefront of innovation, pioneering advancements that have revolutionized applications across machine vision, manufacturing, medicine and beyond. This 30-year journey has been characterized by relentless dedication to quality, innovation, and customer satisfaction, establishing us as a global leader in laser technology. Our 30th anniversary is more than just a celebration of what we have achieved; it is a heartfelt thank you to each and every one of our customers. Your challenges have inspired our solutions, and your success has fueled our passion. As we look forward to the future, Frankfurt Laser Company remains dedicated to enriching our legacy of excellence. We are excited about exploring new opportunities and continuing to deliver the innovative solutions that support your achievements. Join us in celebrating this incredible milestone as we reflect on our journey, acknowledge the partnerships that have shaped us, and look forward to a future filled with limitless possibilities. Here's to more decades of innovation, collaboration, and success together. Thank you for being an integral part of our story.

We are excited to introduce a new line of Compact DPSS Lasers designed for high power output and power stability combined with the compact size. These advanced lasers provide solutions for a wide range of industrial, medical, scientific, and optical applications. Key Features: Wavelength Options: Available at central wavelengths of 561nm, 577nm, and 589nm, each with tight wavelength tolerances for precision applications. Output Power: High output power 800mW and 1000mW depending on the model, allowing flexible usage across different power needs. Stable Operation: Exceptional power stability with <5% rms over 4 hours, ensuring reliable performance during extended use. Polarization: High polarization ratios of >70:1 and up to >100:1 for enhanced optical control, providing options for specialized experiments and sensitive applications. Ideal for Versatile Applications: Whether used in high power laser light engines, biomedical instruments, laser medical treatments, scientific experiments, optical instruments, laser displays, or lighting shows, these lasers stand out due to their exceptional reliability and performance. The LD-pumped design ensures high durability with expected lifetimes of up to 10,000 hours, combined with low power consumption under 20W, making them both cost-effective and environmentally efficient. The lasers are built for ease of use in tough conditions, functioning under pressures as low as 0.02 kPa and across a wide storage temperature range of 0°C to 60°C. For more information on these DPSS lasers and other innovative products, contact our sales team at sales@frlaserco.com.

Frankfurt Laser Company introduces its cutting-edge 360° Line Laser Diode Module, specifically designed to improve accuracy and efficiency in pipe inspection applications. This innovative laser technology is set to revolutionize the way professionals assess and inspect pipes, ensuring unparalleled precision and durability in even the most challenging environments. Key Features of the 360° Line Laser Diode Module for Pipe Inspection: Full 360-Degree Coverage: The module projects a continuous laser line in all directions, offering complete internal surface mapping for pipes. This unique feature ensures comprehensive and precise inspection without the need for repositioning or additional tools, reducing inspection time and labor costs. Superior Accuracy: Engineered to deliver sharp and highly visible laser lines, the module ensures accurate identification of defects, deformations, and misalignments within pipes. This feature is critical for industries that demand precise measurements, such as oil and gas, waterworks, and sewer maintenance. Robust and Compact Design: Built to withstand harsh environments, the laser diode module is both water-resistant and dust-proof, making it ideal for use in extreme industrial conditions. Its compact size ensures easy integration with pipe inspection equipment, allowing smooth operation even in confined spaces. High Range & Adjustable Intensity: The laser’s adjustable intensity and long-range projection make it adaptable to various pipe diameters and inspection conditions, ensuring accurate performance across a wide range of environments. Durable and Energy Efficient: With low power consumption and a long operational lifespan, the 360° Line Laser Diode Module is both cost-effective and reliable, minimizing downtime and ensuring uninterrupted performance for critical inspection tasks. Applications: The 360° Line Laser Diode Module is purpose-built for applications in pipe and cylindrical object inspection, including: Oil & Gas Pipelines: Ensures precision in detecting corrosion, cracks, and misalignments, which are essential for safety and maintenance. Water and Sewer Systems: Helps identify wear, blockages, and structural weaknesses within pipes, aiding in timely repairs and upkeep. Manufacturing & Process Industries: Useful in assessing the quality of pipeinstallations, reducing potential risks associated with improper installation or material degradation. Customer Benefits: Time-Saving Solution: The 360° laser eliminates the need for multiple passes or equipment adjustments, speeding up the inspection process. Enhanced Safety: Early detection of defects and irregularities ensures quicker corrective actions, reducing downtime and potential hazards. Cost Efficiency: With its long-lasting design and low maintenance requirements, the laser module offers a high return on investment for companies in heavy industries.

Frankfurt Laser Company is excited to introduce its innovative FPYL-SLM-S-Raman series lasers, marking a significant leap forward in laser technology. These cutting-edge lasers are meticulously crafted to meet the demands of a wide range of applications across both commercial and scientific domains. The FPYL-SLM-S-Raman series lasers are designed for exceptional performance, boasting a remarkable coherence length of over 1 meter. This feature makes them the perfect choice for high-precision tasks such as holography, photoetching, interference, DNA sequencing, flow cytometry, digital imaging, analytical chemistry, particle measurement, confocal microscopy, and Raman spectroscopy. One of the standout features of the FPYL-SLM-S-Raman series is its long coherence length, which exceeds 1 meter, ensuring unparalleled stability and precision essential for applications that require high fidelity and accuracy. The lasers are housed in an ultra-compact design, making them ideal for OEM instrumentation, system design, and integration, as well as for research and development purposes. Moreover, these lasers are engineered for long-term stability, providing consistent linewidth/wavelength and output power over extended periods, making them reliable for continuous use in demanding environments. The FPYL-SLM-S-Raman series covers a wide range of wavelengths, from 320 nm to 1550 nm, with output power options reaching up to 100 mW, depending on the specific wavelength. This versatility allows them to be used in numerous applications, including the production of highly detailed and precise holographic images, enabling intricate designs and patterns on various substrates through photoetching, and delivering the precision necessary for advanced genetic research in DNA sequencing. Additionally, these lasers play a crucial role in flow cytometry, assisting in the analysis of the physical and chemical properties of particles in a fluid medium, and in confocal microscopy, providing high-resolution imaging for detailed sample analysis. Recognizing the diverse needs of its customers, Frankfurt Laser Company offers a range of customization options for the FPYL-SLM-S-Raman series lasers. These include fiber coupling, external acousto-optic modulators (AOM), isolators, beam expanders, line generators, and laser head heatsinks. Furthermore, additional tailored designs are available upon request, ensuring that each laser can be precisely adapted to the specific requirements of the user. With the launch of the FPYL-SLM-S-Raman series, Frankfurt Laser Company continues to set new standards in laser technology, offering solutions that are both innovative and adaptable to a wide range of advanced applications.