Closed Solicitation · DEPARTMENT OF ENERGY
AI Summary
The Department of Energy is soliciting proposals for one Continuous Wave Laser Welder Station for the Oak Ridge National Laboratory. Proposals must meet the specifications outlined in Attachment C and adhere to the provided terms and conditions. Suppliers should ensure their units fit the required dimensions and functionality.
Request for Proposal PR408353 Continuous Wave Laser Welder Station UT-Battelle, LLC (the Company), is the Management & Operations contractor for the Oak Ridge National Laboratory (ORNL) located in Oak Ridge, TN. The Company is seeking a quantity of one (1) Continuous Wave Laser Welder Station based on the Attachment C-Technical specifications. All proposals should adhere to the criteria outlined therein. Attachment C contains the minimum specifications. Size dimensions are based on a common unit in the commercial marketplace that will fit our allotted space to meet some of the minimum requirements needed. Suppliers must be able to meet the minimum requirements or to provide a functional equivalent. Any unit exceeding the size dimensions will be evaluated to see if it is technically acceptable. Request for Proposal PR408353 Continuous Wave Laser Welder Station Attachment A - Terms-Conditions-Fixed-Price-BSD-CS-2150-10/01/25 Attachment B - Prime Supplemental Flowdown Document (BSD-CS-2258)-10/01/2025 Attachment C - Continuous Wave Laser Welder Station Equipment Specification Attachment D - Representations & Certifications Abbreviated (BSD-CS-2260, dated 10/2025) or Attachment D - Representations & Certifications International (BSD-CS-2260, dated 10/2025) Attachment E - General Solic Instructions
Request for Proposal PR408353 Continuous Wave Laser Welder Station is a federal acquisition solicitation issued by DEPARTMENT OF ENERGY. Review the full description, attachments, and submission requirements on SamSearch before the response deadline.
SamSearch Platform
AI-powered intelligence for the right opportunities, the right leads, and the right time.