Purchase Order 1333ND26PNB680479

<p>The National Institute of Standards and Technology awarded a purchase order to Toptica Photonics Inc. for $60,458.00 on August 12, 2025, for a widely tunable near infrared laser. Performance takes place in Germany with an ultimate completion date of January 8, 2026. The order is firm fixed price with no small business set-aside applied.</p>

<p>The National Institute of Standards and Technology issued a purchase order to Toptica Photonics Inc. for a continuously tunable laser with PDH module valued at $64,950.00, awarded August 31, 2026. Place of performance is Germany. The order carries an ultimate completion date of March 15, 2027. Pricing is firm fixed price.</p>

<p>The National Institute of Standards and Technology awarded a purchase order to Toptica Photonics Inc. for $63,520 on September 3, 2025, for a continuously tunable laser with mode-hop-free tuning at 780 nanometers, inclusive of dual-stage optical isolator. Performance will take place in Germany, with ultimate completion scheduled for February 11, 2026. The order is firm fixed price with no set-aside category applied.</p>

<p>The National Institute of Standards and Technology awarded a purchase order to Toptica Photonics Inc. for a continuously tunable diode laser, valued at $69,622, with an award date of June 3, 2026. Performance occurs in Germany with a completion date of January 13, 2027. The order is firm fixed price with no small business set-aside applied.</p>

<p>The National Institute of Standards and Technology (NIST) awarded a purchase order to NKT Photonics Inc. on May 14, 2026, for new lasers, with a ceiling value of $40,452.40 under firm fixed-price terms. The order carries no small business set-aside. Performance occurs in Denmark, with ultimate completion by July 24, 2026. The order references solicitation OU68-FY26-345-NEW LASERS.</p>

The National Institute of Standards and Technology awarded a purchase order to Santec USA Corp for a fiber-coupled widely tunable laser on September 9, 2026, with a ceiling value of $64,864.90. This is a Total Small Business set-aside. The laser system will be delivered to Japan. The order procures a turnkey fiber-coupled widely tunable laser for interferometric displacement measurement and mass and force metrology standards development. The system must deliver polarized light through a...

<p>The National Institute of Standards and Technology awarded a purchase order to Hubner Photonics Inc. for $500,438.75 on August 21, 2026 for a visible range continuous wave tunable laser. Place of performance is Germany. The order carries a firm fixed price and an ultimate completion date of July 2, 2032. The awardee is a small disadvantaged business. No set-aside category was used.</p>

The National Institute of Standards and Technology (NIST) awarded a $64,498 firm fixed-price purchase order to Toptica Photonics Inc. for a tunable telecom laser on September 15, 2025, with an ultimate completion date of February 17, 2026. The laser will be manufactured and delivered to Pittsford, New York, where Toptica maintains its headquarters. This contract originated from a pre-solicitation sources sought announcement posted in July 2025, through which NIST sought vendors capable of...

The National Institute of Standards and Technology (NIST) awarded a purchase order to NKT Photonics Inc. for a 1078 nm fiber tunable laser on September 4, 2025, with a ceiling value of $17,705.03. Place of performance is Denmark. The procurement acquired a single laser unit for use in a molecule laser cooling platform supporting advanced pressure and temperature metrology. The laser meets technical specifications including continuous wave single frequency output between 1077.8–1078.2 nm, minimal...

The National Institute of Standards and Technology (NIST) awarded a $56,424.60 firm fixed-price purchase order to Toptica Photonics Inc. on September 2, 2025, for a tunable laser system operating in the 1300nm O Band. The contract, identified as OU68-25-NEW-172, supports NIST's Physical Measurements Lab Quantum &amp; Nanophotonics Group and their research into microresonator optical frequency combs for photonic in-memory computing acceleration. The laser specifications include a continuous...