CNC Punch/Fiber Laser Combination Machine-SPE4A8-26-Q-0039
Contract Overview
Solicitation details, issuing organization, response deadlines, documents, and interested companies for this government contract opportunity.
AI Contract Overview
DLA Weapon Support (Richmond) plans to issue a request for quote (RFQ) for the procurement of one Computer Numerically Controlled (CNC) Punch/Fiber Laser Combination Machine, in accordance with Technical Specification VIBB 26-30-1400. The contract will encompass not only the machine but also tooling, training, technical data, post processor, IUID tags, shipping, rigging, installation, and foundation work. The delivery and acceptance terms specify FOB Destination, with inspection at origin and final acceptance at the Fleet Readiness Center East in Cherry Point, North Carolina. The performance period is set for completion within 365 days after receipt of order. A site visit will be arranged to aid potential offerors in understanding the requirements. The solicitation will be issued under FAR Part 13.5 and is designated as other than full and open competition. Award decisions will be based on a combination of factors including lowest price technically acceptable, past performance, and other evaluation criteria outlined in the solicitation. Interested parties must be registered in the System for Award Management (SAM) and submit proposals by the closing deadline, June 17, 2026. Late submissions may not be considered. The solicitation documents will be available on the DLA DIBBS website starting around June 16, 2026. Points of contact for this procurement are provided to assist with inquiries. This procurement supports NAICS code 333517 and is managed by DLA Aviation in Richmond, Virginia.
General Info
Agency
NAICS
Place of Performance
Cherry Point, NC, 28533, USASet-Aside
Timeline
Response Deadline
Organization & Contact Information
Full Description
DLA Weapon Support (Richmond) intends to issue a request for quote (RFQ) in accordance with FAR 13.5.
Description of requirements: One (1) Computer Numerically Controlled (CNC) Punch/Fiber Laser Combination Machine in accordance with Technical Specification VIBB 26-30-1400. Performance period/completion 365 days after receipt of order. FOB Destination, Inspection at Origin, and Acceptance at Destination. Destination is Fleet Readiness Center East, Cherry Point, NC. The complete technical data package VIBB 26-30-1400 including CNC Punch/Fiber Laser Combination Machine, Tooling, Training, Technical Data, Post Processor, IUID Tag(s), Shipping, Rigging, Installation of equipment, and foundation.
Site visit will be issued for this procurement.
Solicitation will be other than full and open.
The final contract award decision may be based upon a combination of lowest price technically acceptable (LPTA), past performance and other evaluation factors as described in the solicitation.
THIS IS A SOLICITATION NOTICE ONLY. RFQ SPE4A8-26-Q-0039 is anticipated to be issued on or around June 16, 2026. A copy of the written solicitation will be available via the DLA DIBBS website at https://www.dibbs.bsm.dla.mil/Solicitations. To obtain a copy of the solicitation, enter the solicitation number you wish to download in the DIBBS Global Solicitation Search box on the right side of the screen and click “Go”. The DIBBS Global Solicitation Search box will extend downward with results. Next to “RFP/IFB/other RFQ Records,” click the blue line “1 Click to view.” Solicitations are in portable document format (PDF). To download and view these documents you will need the latest version of Adobe Acrobat reader. This software is available free at https://www.adobe.com.
All responsible sources may submit a proposal sufficient to determine capability which may be considered by the agency. Proposals must be submitted not later than the closing date and time as listed. All respondents shall be registered in the System for Award Management website (https://www.sam.gov). All proposals received after the closing date listed shall be considered “late” and may not be considered for award
