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Integrated Material-Change Cleaning System

Active
International

Contract Overview

Solicitation details, issuing organization, response deadlines, documents, and interested companies for this government contract opportunity.

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This subcontract involves the design and supply of an integrated, in-line, automated cleaning system for prime contractors working on National Research Council Canada research projects. The objective is to develop a programmable system capable of removing residual uncured slurry from printed surfaces and build platforms without requiring the termination of active print jobs. The final delivery must include an integrated cleaning module and control software, utilizing PLCs or software integration while adhering strictly to Canadian Electrical Code standards. Managed by the National Research Council of Canada under the Government of Canada, this project falls under NAICS code 333249. The performance of the contract will take place within Canada. Interested parties should note the response deadline of October 29, 2026, for this specialized technical procurement.

General Info

Design and supply automated cleaning system for NRC Canada by October 29, 2026.

Documents

This scope was carved out of 25-58227 B.

The full solicitation package (10 documents), including the RFP, is on the prime solicitation, not on this scope.

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High Resolution, Lithographic 3D Printing System for Metals, Ceramics and Polymers

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Organization & Contact Information

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AgencyGovernment of Canada → National Research Council of Canada
ContactsNo contacts available
OfficeN/A
Office AddressN/A
ContactsNo contact information available

Full Description

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Designs and supplies an integrated, in-line, automated cleaning system for prime contractors on National Research Council Canada (NRC) research projects. Develops a programmable system to remove residual uncured slurry from build platforms and printed surfaces without terminating print jobs. Utilizes PLCs or software integration and meets Canadian Electrical Code standards. Delivers an integrated cleaning module and control software.

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New
International
High Resolution, Lithographic 3D Printing System for Metals, Ceramics and Polymers
Solicitation # 25-58227 B
The National Research Council Canada (NRC) is seeking a high resolution, lithographic 3D printing system for metals, ceramics, and polymers to support research activities at the Advanced Materials Research Facility in Mississauga, Ontario. The required system must utilize slurry feedstock and be capable of printing individual or multi-material configurations, supporting at least two distinct materials within a single layer or between layers. Key technical specifications include a minimum build volume of 70 x 40 x 150 mm and an integrated, automated, programmable material-change cleaning system. All electrical equipment must be certified under the Canadian Electrical Code, Part 1. The system must be delivered and installed on-site within five months of the contract award. This open tender, solicitation number 25-58227 B, is subject to various international trade agreements and the NRC Integrity Regime. The contract will be awarded to the responsive bidder offering the lowest evaluated price, provided they meet all mandatory technical criteria. Proposals must be submitted electronically as two separate attachments, a Technical Offer and a Financial Offer, to the NRC Bid Receiving Unit by October 13, 2026, at 2:00 PM EDT. Bidders must adhere to strict submission guidelines, including a 10MB email limit and a prohibition on zip files. Payment will be made as a fixed lump sum in CAD upon successful inspection and acceptance by Canada.

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NAICS: 561720
New
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NRC Ottawa Offices Janitorial Services
Solicitation # 26-58017
The National Research Council of Canada is soliciting offers from Canadian suppliers to provide comprehensive janitorial services for its Ottawa offices, including the Montreal Road Campus, 100 Sussex Drive, and the Uplands Campus. The scope of work encompasses routine, scheduled, on-demand, and emergency cleaning, as well as waste and recycling support and specialized cleaning for laboratories, animal facilities, and controlled areas. The contract is estimated to be valued between 10 million and 20 million dollars, with an initial term from the date of award to March 31, 2030, and three optional extension periods extending the term through March 31, 2034. Selection will be based on a weighted evaluation of 70 percent technical merit and 30 percent price, with a minimum technical score of 75 points required for responsiveness. Bidders must provide three client references and a detailed transition and mobilization plan. Key requirements include the provision of a bilingual on-site operations manager with at least five years of experience and a minimum staffing level of 45 personnel across various sites. The contractor must also implement a rigorous quality assurance program with a minimum average inspection score of 80 percent and adhere to strict safety standards, including WHMIS and specialized training for clean room and laboratory environments. Financial requirements include a bid security deposit of 10 percent of the bid price up to 2 million dollars. Proposals must be submitted electronically in two separate volumes, technical and financial, by October 22, 2026. The resulting contract will mandate the use of biodegradable waste liners with at least 60 percent post-consumer recycled content and the maintenance of a detailed product matrix for all chemicals used on-site.
Janitorial Services

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