3SAE News and Updates

Innovative designs meet need for low-cost, large diameter splicing accessories (FRANKLIN, Tenn.) Jan. 31, 2014 — 3SAE Technologies, a dominant leader in advanced fiber optic preparation tools and glass processing equipment, will introduce a new Large Diameter Bend Proof Tester and Fiber Cleaver at Photonics West 2014 in San Francisco, Feb. 4-6. “Large diameter splicing presents its own set of unique challenges,” said Don Grasso, Chief Executive Officer of 3SAE Technologies. “Finally, these unique tools bring low-cost, large diameter splicing [Continue Reading…]

3SAE Technologies and NorthLab Photonics Enter Into Joint Private Label Agreement Agreement expands product lines and launches two new products (FRANKLIN, Tenn.) Jan. 27, 2014 — 3SAE Technologies and NorthLab Photonics have executed a joint private label agreement to expand their fiber optic preparation, glass processing and fusion splicing product lines to their customers in North America and Europe respectively. “NorthLab has served as our master distributor and service/support center in Europe for over five years and we are excited [Continue Reading…]

Visit 3SAE in February at Photonics West 2013 at the Moscone Convention Center in San Francisco, CA, booth 4936 from February 4th to 6th

Visit 3SAE at the Workshop on Specialty Optical Fibers 2013 in Sigtuna, Sweden, August 28-30, 2013.  We’ll be exhibiting with our European master distributor, Northlab Photonics. The WSOF-2013 is a technical workshop and exhibit on advances and innovations in the field of specialty optical fibers and their applications. Just like the two previous workshops in the series, it brings together students and researchers from academia and industry, with an interest in fiber optics. The three day event will offer plenary and invited talks, tutorials, [Continue Reading…]

The Fitel S178LDF Large Diameter Fiber Fusion Splicer features a robust, compact, hand-held design that allows for easy portability and adapts to any location. The core alignment function achieves precise splices while the fast splice time and simple operation increases working efficiency. &nbsp

Come See 3SAE’s New Second Generation Ring of Fire® Thermally Stabilized Plasma™ Technology at Laser World of Photonics Munich in NorthLab Photonics Booth Hall B1, Booth 421   Please visit our European master distributor NorthLab Photonics and 3SAE Technologies at the Laser World of Photonics in Munich May 13-16 where we’ll showcase our new product line featuring our patent-pending Thermally Stabilized Plasma™ technology:   New Taper Manufacturing Station (TMS) Creates high quality tapers, bundles and standard or PM couplers, also incorporating an integrated cleaver. New Lens [Continue Reading…]

  3SAE is attending the Laser World of Photonics Munich exhibition, May 13-16 with our European master distributor, Northlab Photonics.  You can find us at the Laser2000 booth, Hall B1 Booth

New Thermally Stabilized Plasma™ Heat Source Enables Unprecedented Thermal Precision and Repeatability for Glass Processing 3SAE Technologies, a global leader in fiber optic preparation and glass processing technologies, is once again expanding the industry’s capabilities for fusion splicing with the introduction of its new patent-pending Thermally Stabilized Plasma™ technology. “We opened the door for large diameter plasma fusion splicing with our patented, three-electrode Ring of Fire® technology utilizing Wide Area Plasma™ just over five years ago,” said 3SAE Technologies’ Vice [Continue Reading…]

 Automated Three-Electrode System Achieves High Precision Rounding for Fiber Optic Lenses 3SAE Technologies’ has developed one of the first-ever automated ball lensing stations that quickly and accurately creates fiber optic “ball lenses” – rounded-edge fiber cleaves ideal for use in precision laser technologies. The company will debut this new fiber optic lensing product at Photonics West 2013, the world’s largest conference for biophotonics, biomedical optics, high-power laser manufacturing, optoelectronics, micro-fabrication and green photonics. Traditionally, fiber ball lenses are produced using [Continue Reading…]