Northeast Ohio Medical University Publicpurchase #20260601A

NEOMED Solicitation for Dental Instruments, Equipment, and Restorative Systems

Northeast Ohio Medical University (NEOMED) is seeking proposals for a comprehensive supply of dental instruments, equipment, and restorative systems for academic and clinical use. - Government Buyer: - Northeast Ohio Medical University (NEOMED) - Products and Equipment Requested: - Sectional matrix systems (kits for students/instructors, replacement matrix bands and wedges in all sizes) - Single-use automatrix systems (all sizes) - Dental curing lights (with extra batteries, accessories, storage bags, and warranty) - Direct restorative materials: - Nanohybrid direct composite unit dose compules - Universal bonding system in unit dose - Dental etchant in unit dose syringes - Pit and fissure sealant in unit dose syringes - Single-use intraoral RA attachment polishing systems - Replacement polishing points and cups (all grits) - Requirements: - All products must meet industry standards for safety, durability, infection control, and functionality - OEMs and Vendors: - No specific OEMs or vendors are named in the solicitation - Notable Details: - The procurement supports both academic and clinical dental environments - Includes both consumable materials and equipment with warranty/support - Emphasis on single-use and unit dose packaging for infection control

Description

Northeast Ohio Medical University (NEOMED) is seeking signed written proposals from qualified vendors for the supply, delivery, and support of dental instruments, equipment, direct composite restorative and matrix systems for use in an academic and/or clinical dental environment. The selected vendor(s) shall provide high-quality products that meet industry standards for safety, durability, infection control, and functionality. The procurement includes various dental instruments such as sectional matrix systems and single use automatrix systems, dental equipment including curing lights and accessories, and direct restorative materials like nanohybrid direct composite unit dose compules and universal bonding systems. The project timeline spans from the RFP release on June 1, 2026, to the decision on June 19, 2026.

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