Opportunity

Utah Public Procurement Place U3P #SLCC2026-B1017

SLCC Solicits Benchtop CO2 Laser Engraver/Cutter System for Instructional Use

Posted

June 04, 2026

Respond By

June 11, 2026

Identifier

SLCC2026-B1017

NAICS

333249, 541690

Salt Lake Community College (SLCC) is seeking bids for a benchtop CO2 laser engraving and cutting system for instructional and light production use. - Government Buyer: Salt Lake Community College (SLCC), Utah - Products/Services Requested: - Benchtop CO2 laser engraving and cutting system - Minimum 60-watt laser power - Minimum 24" x 12" work area - 7-inch Z-axis clearance - Servo-driven or equivalent motion system - Air assist and pass-through capability for oversized materials - Removable work surface and rotary attachment support - Integrated positioning/alignment (visual or software-assisted) - Compatible with wood, plastics, acrylics, coated metals - Standard U.S. electrical compatibility - Includes standard engraving lens, work surface, air assist compressor, rotary attachment, and design/operation software - Minimum two-year manufacturer warranty - Delivery and setup support - Training services (onsite, virtual, or equivalent) - Unique/Notable Requirements: - System must be suitable for instructional and light production use - Optional compatible filtration systems may be proposed - Bidders may propose equivalent or superior equipment with documentation - No specific OEMs or vendors are named; solicitation is open to all qualified suppliers meeting or exceeding the specifications.

Description

This solicitation is issued by Salt Lake Community College to procure a benchtop laser engraving and cutting system suitable for instructional and light production use. The system must support engraving, cutting, and marking applications and include all necessary components for safe and complete operation. Bidders may propose equipment that meets or exceeds the minimum functional and performance requirements specified. The solicitation includes requirements for system capabilities, positioning and alignment, optical components, material handling, ventilation, electrical and physical requirements, included components, training, and optional components.

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