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The University of New Mexico seeks to procure a high-performance XY+Z motion subsystem (Physik Instrumente V-781 XY-Stage with L-812 linear stage) for precision laser materials processing to support optics and photonics research. This is being issued as a sole-source procurement justified by unique expertise and the specific capabilities of the PI V-781 stage; the intended contractor is Physik Instrumente. The estimated value is approximately $73,814 and the solicitation is open with a response deadline in February 2026.
Starbridge can help you:
Pain points mentioned in board meetings and strategic plans
Instantly outline and draft all requirements
Bring in your USPs and exploit competitor gaps
Starbridge can help you:
Get ahead of RFPs — target accounts planning budget or ending contracts soon
Accounts with contract expirations, meetings mentioning your product, grants, budget changes and more
Starbridge.ai books 30 - 40% of leads into meetings
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Procurement of critical spare parts for the REO Fire Protection Subsystem, including various gauges, valves, transformers, regulators, transmitters, manifolds, and inspection services.
Posted Date
Jan 22, 2026
Due Date
Feb 19, 2026
Release: Jan 22, 2026
Close: Feb 19, 2026
Procurement of critical spare parts for the REO Fire Protection Subsystem, including various gauges, valves, transformers, regulators, transmitters, manifolds, and inspection services.
AvailableLaser powder bed fusion system. Specifications: power source: Ytterbium fiber laser beam; beam power: variable up to 2 kW; beam dia. min.: 80 um; beam dia. max.: 250 um; system shall have water cooled optics; system must have no more than a single laser; system must have adaptive beam control, indexable from gaussian to ring.; min. xy print area: 300 mm x 300 mm; max. xy print area: 500 mm x 500 mm; min. z print height: 250 mm; max. z print height: 500 mm; min. layer thickness: 20 um.
Posted Date
Jan 13, 2026
Due Date
Jan 28, 2026
Release: Jan 13, 2026
Close: Jan 28, 2026
Laser powder bed fusion system. Specifications: power source: Ytterbium fiber laser beam; beam power: variable up to 2 kW; beam dia. min.: 80 um; beam dia. max.: 250 um; system shall have water cooled optics; system must have no more than a single laser; system must have adaptive beam control, indexable from gaussian to ring.; min. xy print area: 300 mm x 300 mm; max. xy print area: 500 mm x 500 mm; min. z print height: 250 mm; max. z print height: 500 mm; min. layer thickness: 20 um.
Acceptance, processing, and marketing of township's recyclable materials, generated from certain residential units, municipal facilities, and community events located within township. Collection and transportation are expressly excluded from this contract.
Posted Date
Jan 12, 2026
Due Date
Jan 28, 2026
Release: Jan 12, 2026
Close: Jan 28, 2026
Acceptance, processing, and marketing of township's recyclable materials, generated from certain residential units, municipal facilities, and community events located within township. Collection and transportation are expressly excluded from this contract.
AvailableProvide Upper Wide-Angle Viewing System (UWAVS) In-Vessel Subsystem. Provide real-time, simultaneous visible and infrared images of the ITER divertor region, via optical systems located in five upper port plugs (2, 8, 11, 14, and 17). See attached file.
Posted Date
Nov 25, 2025
Due Date
Apr 30, 2026
Release: Nov 25, 2025
Close: Apr 30, 2026
Provide Upper Wide-Angle Viewing System (UWAVS) In-Vessel Subsystem. Provide real-time, simultaneous visible and infrared images of the ITER divertor region, via optical systems located in five upper port plugs (2, 8, 11, 14, and 17). See attached file.
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