3SAE News and Updates

Join 3SAE and NorthLab Photonics at Laser World of Photonics in Munich, June 26-29 at the Laser Components booth (Booth B3.303). &nbsp

Visit 3SAE at Photonics West 2017 at the Moscone Convention Center in San Francisco, CA, booth #4967 from January 31 – February 2. &nbsp

    3SAE Technologies is expanding and has immediate openings for Regional Sales Representatives for the Mid-Atlantic and Texas. Please visit our Careers section for information on these positions as well as other current available positions. Please send your resume and contact information to info@3sae.com for consideration

Great article from Laser Focus World highlighting the new NORIA Fiber Bragg Grating Manufacturing Solution from our European Master Distributor and Service Center, NorthLab Photonics in Stockholm, Sweden. “Fiber Bragg grating fabrication system is automated” -Laser Focus World &nbsp

  Visit our Chinese distributor, Top Photonics at Laser World of Photonics China, March 15-17 (Booth W3.3546) to get a preview of our new Combiner Manufacturing System (CMS) along with our full line of glass processing equipment and accessories

3SAE Technologies will introduce a new Combiner Manufacturing System (CMS) and Small Diameter Fiber Cleaver (SFC) 3SAE’s Combiner Manufacturing System (CMS) is capable of tapering, cleaving, splicing and end capping a diverse range of optical fibers – all in one machine.  This new flagship product is the latest edition to 3SAE’s productionfocused glass processing product line. Additionally, the new Small Diameter Fiber Cleaver (SFC), designed and manufactured by NorthLab Photonics in Stockholm, Sweden, is a compact, battery operated unit that [Continue Reading…]

Unique Design Supports Diverse Fiber Types and  Achieves Unsurpassed Process Repeatability                 (FRANKLIN, Tenn.) Feb. 8, 2016 — 3SAE Technologies, a dominant leader in advanced fiber optic preparation and glass processing equipment, has developed a highly versatile Combiner Manufacturing System (CMS) capable of tapering, cleaving, splicing, and end capping a diverse range of optical fibers — all in one machine and with unsurpassed process repeatability. Unlike preexisting glass processing equipment which attempts to accommodate [Continue Reading…]

Please visit 3SAE Technologies & NorthLab Photonics at Laser World of Photonics Munich 2015 at the Laser Components booth B3.303 as we will display the new LDS 2.5 glass processing system and accessories. As the fiber-optic components industry continues to expand, 3SAE’s task-specific and universal glass processing equipment leads the way with the most advanced, flexible and cost effective services and equipment solutions. 3SAE will perform glass processing demonstrations on the new LDS 2.5 system and accessories in tapering, splicing, end-capping, ball lensing,fiber preparation and proof testing. Please contact [Continue Reading…]

  Please visit 3SAE Technologies at Photonics West 2015 in booth #4941 as we will release the new family of LDS glass processing equipment and accessories. As the fiber-optic components industry continues to expand, 3SAE’s task-specific and universal glass processing equipment leads the way with the most advanced, flexible and cost effective services and equipment solutions. 3SAE will perform glass processing demonstrations on the new LDS platforms and accessories in tapering, splicing, end-capping, ball lensing, fiber preparation and proof testing. Please contact us to schedule a demo at the [Continue Reading…]

Proprietary Technology Enables Micro-Diameter, Soft-Glass Splicing (FRANKLIN, Tenn.) Jan. 27, 2015 — 3SAE Technologies, a dominant leader in advanced fiber optic preparation tools and glass processing equipment, announced today the expansion of its custom and standard fiber and glass processing services and the addition of a new proprietary splicing service for soft-glass micro-fiber diameters ranging from 80µm to less than 25µm. Traditional telecom preparation and splicing tools have largely proven incompatible with the small size and flexible nature of micro-diameter [Continue Reading…]