Search results for: rapid additive manufacturing

Refine your Search
Apply several filters to get precise search results
Showing opportunity 1 - 10 of 28
  • RAMBO: RAPID ADDITIVE MANUFACTURING BUILD OUTCOMES

    Type : Contract

    Due : 30 Sep, 2021 (about 2 years ago)
    Posted : about 3 years ago
    Started : 31 Aug, 2020 (about 3 years ago)

    RAMBO: RAPID ADDITIVE MANUFACTURING BUILD OUTCOMES Solicitation ID/Procurement Identifier: 80NSSC20C0301 Ultimate Completion Date: Thu Sep 30 17:00:00 GMT 2021

    From: Federal Procurement Data System (Federal)

  • T0293 EVALUATION OF COMPUTED AXIAL LITHOGRAPHY FOR RAPID, VOLUMETRIC ADDITIVE MANUFACTURING UNDER LOW-GRAVITY CONDITIONS (COMPUTED AXIAL LI...

    Type : Contract

    Due : 01 Feb, 2025 (in 9 months)
    Posted : 6 months ago
    Started : 30 Oct, 2023 (6 months ago)

    T0293 EVALUATION OF COMPUTED AXIAL LITHOGRAPHY FOR RAPID, VOLUMETRIC ADDITIVE MANUFACTURING UNDER LOW-GRAVITY CONDITIONS (COMPUTED AXIAL LITHOGRAPHY) Solicitation ID/Procurement Identifier: 80AFRC21D0003 Ultimate Completion Date: Sat Feb 01 18:00:00 GMT 2025

    From: Federal Procurement Data System (Federal)

  • DESIGN MODIFICATIONS FOR HORUS GLIDERS

    Type : Bid Notification

    Due : 03 Feb, 2022 (about 2 years ago)
    Posted : about 2 years ago
    Started : 18 Jan, 2022 (about 2 years ago)

    JAY GUNDLACH IN 2021, IS UNIQUE IN THAT IT SPECIALIZES IN THE DESIGN AND RAPID, ADDITIVE MANUFACTURING OF UAS PLATFORMS FOR QUICK PRODUCTION OF GLIDER COMPONENTS FOR FIELD RESEARCH. GUNDLACH IS A LEADING SUBJECT MATTER EXPERT WITH TWO DECADES OF EXPERIENCE IN UAS PRODUCT DEVELOPMENT WITH DESIGNS THAT HAVE ACCUMULATED OVER A MILLION OPERATIONAL FLIGHT HOURS.

    From: Federal Government (Federal)

  • Additive Manufacturing Request for Information

    Type : Bid Notification

    Due : 17 Mar, 2023 (13 months ago)
    Posted : 14 months ago
    Started : 22 Feb, 2023 (14 months ago)

    The Air Force Life Cycle Management Center Rapid Sustainment Office (AFLCMC/RO) intends to acquire additive manufacturing devices that are Federal Aviation Agency (FAA) approved to produce airworthy aircraft parts. The contract will support the United States Air Force with a potential to expand across the Department of Defense Agencies.This request for information is not a request for competitive proposals and no solicitation is available.

    From: Federal Government (Federal)

  • METAL ADDITIVE MANUFACTURING (AM) IS A RAPIDLY GROWING TECHNOLOGY THAT BUILDS THREE-DIMENSIONAL PARTS FROM A COMPUTER FILE BY ADDING SUCCESSIVE LA...

    Type : Contract

    Due : 31 Jul, 2024 (in 2 months)
    Posted : about 3 years ago
    Started : 01 Aug, 2020 (about 3 years ago)

    METAL ADDITIVE MANUFACTURING (AM) IS A RAPIDLY GROWING TECHNOLOGY THAT BUILDS THREE-DIMENSIONAL PARTS FROM A COMPUTER FILE BY ADDING SUCCESSIVE LAYERS OF RAW METAL POWDER TO CREATE AN OBJECT Solicitation ID/Procurement Identifier: 80NSSC20K1199 Ultimate Completion Date: Wed Jul 31 17:00:00 GMT 2024

    From: Federal Procurement Data System (Federal)

  • Hybrid Manufacturing System

    Type : Bid Notification

    Due : 30 Apr, 2024 (2 days ago)
    Posted : 14 days ago
    Started : 17 Apr, 2024 (15 days ago)

    UOM Requested Delivery P1 AM770 AM Hybrid Manufacturing System 1 EA - Each 23153022 - Power feeder | 5753 $5k, 8425 AM770 AM Hybrid Manufacturing System Enclosure - Steel enclosure with internal soft enclosure for localized inert environment.

    From: Texas A and M University (Higher Education)

  • NAVAIR SBIR Phase II.5 COMFRC-Depot Maintenance-Technology Transition Program (T2P)

    Type : Bid Notification

    Due : 01 Mar, 2018 (about 6 years ago)
    Posted : about 6 years ago
    Started : 12 Feb, 2018 (about 6 years ago)

    This category also includes additive manufacturing and repair, rapid manufacturing and prototyping. •2)      Coatings/Corrosion ControlCoatings and corrosion control includes the identification, prevention and removal of corrosion of aerospace materials and weapons systems.  •Ø  Technologies for improved corrosion identification will include enhanced optical or infrared examination with computerized data analysis and airframe mapping. 

    From: Federal Government (Federal)