Search results for: printer laser powder

On behalf of the Ground Vehicle Systems Center’s Materials Directorate – Additive Manufacturing Team (GVSC MD AM), ACC-DTA is conducting market research to understand capabilities related to the below requirement:Scope:This supplies Performance Work Statement (PWS) establishes the requirements for one Direct Metal Printing (DMP) Laser Powder Bed Fusion (L-PBF) Equipment for the GVSC MD AM Team. 

08/01/2020 07/31/2024 Marco, Inc. Printer Lease...

Contract DetailsTerms:#1Feb 1, 2022 Feb 1, 2025Project:Cobb County School DistrictStatus:ActiveVendor:AVI-SPL LLCExtendable:NoDescription:Person Responsible:Kristy HadawayFilesShow/Hide Download grid export Drag here to set row groupsDrag here to set column labels Name Type Date Created Action PosterPrinterConsumableSupplies,Q2021018 tabsheet.pdfSupporting DocumentationAug 22, 2022DownloadPosterPrinterConsumableSupplies Q2021018 AVI Awdltr24.pdfContractDec 5, 2023Download Columns Name to of Page of

Specify Manufacturer / Brand Bid: Specify Model / Number Bid: 1 Each $____________ $_____________ 1 Specifica�ons for Industrial-Level 3-D Printers and Associate Post-Processing Equipment Item 1: Laser sintering powder style 3-D printer LSU AgCenter is in need of a 3-D printer for ultrafast prototyping of 3-D printed parts in an assortment of polymer materials.

The powder will be used in a laser powder bed fusion 3D printer. Description Required to View Event Prerequisites Required to Enter Bid 03 August 2023 1. Warranty- All items specified within this document must be warranted against defective materials, workmanship and failures for a minimum of twelve (12) months after delivery and acceptance. Warranty includes all parts and labor. 2.

This is a Sources Sought Notice for theMulti-Laser Metals-Based Powder Bed Fusion Additive Manufacturing System. Please see the Sources Sought Notice attachment and Attachment 1 - Draft Statement of Work for further information.

This method address alloy and phase segregation via the use of laser light to produce molecular vapors, and controlled nucleation to adjust the size of feedstock powders that are produced.