The LZM can work with fibers up to 2.3 mm in diameter and taper up to 150 mm in length.
The LZM-100 utilizes a patented (patent pending) closed-loop power stabilization technique, resulting in power stability within 0.5 percent. This enables highly repeatable processes and very smooth taper profiles. Furthermore, by using carbon dioxide (CO2) as a heat source, consistent performance is ensured, and electrode/filament maintenance and instability are eliminated. The result is a clean surface free of residue deposits and consistent results, which is essential in high-power fiber lasers and energy delivery systems. This makes the LZM-100 ideal for technically advanced markets such as medical, military/defense, industrial, and many others.
In addition to a CO2 carbon dioxide laser, the LZM-100 features high-precision glass processing available through its installed software. This processing can be performed automatically, manually, or via computer control. The software, specifically developed for the LZM-100, provides additional functions for greater flexibility and more precise control.
The LZM-100 LAZERMaster offers four key benefits to the market:
• CO2 carbon dioxide as a heat source for splicing and glass handling.
• Tremendous capacity for research and development (R&D) and production applications
. • Customizable to specific requirements
. • Easy and simple to operate.
AFL is the first to market a fiber optic splicer with laser technology, the LAZERMaster, featuring unique characteristics such as the use of CO2 carbon dioxide as a heat source for the laser, feedback control, and advanced stabilization techniques. Complementary market segments such as biomedical, military and defense, and industrial applications will benefit from the multiple fiber termination options (ball lensing), tapering profiles, and ability to splice longer diameter fibers. With a significant industry trend toward increased use of high-power fiber lasers and energy delivery systems, the LZM-100 offers an innovation that addresses a specific problem to support the growth of this industry.
First laser glass splicer and processor on the market
Unlabeled
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AFL launches the new Fujikura 12S fusion splicer.
AFL introduces the new Fujikura 12S fusion splicer, the world's smallest, lightest, and most portable. Measuring just 12.09cm wide x 16.20cm deep x 5.69cm high, the feature-rich 12S splicer is designed to increase field efficiency. -
Power arc calibration for fusion of optical fibers with various diameters (and Part 2)
This article describes a new arc calibration method for a wide range of fiber sizes. This method heats the fiber with multiple short arcs of varying arc power. The melting point is then measured at the corner of the fiber ends instead of along the fiber axis.
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Power arc calibration for the fusion of optical fibers with various diameters
A new arc calibration method has been developed for fusing optical fibers with a wide range of glass diameters. This method heats the fiber with several short arcs and measures the amount fused at the corners of the fiber terminations. The fusion rate at the...
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External battery charger for SUMITOMO fusion splicers
The Fibercom team, as the official representative in Spain of Sumitomo Electric, adds the latest product presented by Sumitomo to its portfolio. -
Q102-M12+ Tape Fiber Splicer and JR-7 Thermal Stripper #sumitomosplicers
Sumitomo Electric announced the launch of the Q102-M12+ in 2023, an AI-powered ribbon fiber splicer, and an advanced thermal stripper, the JR-7. The Q102-M12+ is based on its predecessor, the Q102-M12, and features new technologies that improve splicing performance, the...
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