Closed
Save

Stereomicroscope Purchase for Phelps

Dept. of the Interior > Us Geological SurveySol: 140G0126Q0182
SB
est. $15K – $45K

This opportunity is closed

The response deadline has passed. Review the details for future reference or to track similar opportunities.

Quick Brief

The Department of the Interior is procuring a stereomicroscope imaging system for the US Geological Survey's Cooperative Research Units in Reston, VA. This system will support fisheries and aquatic sciences research, including laboratory analyses related to fisheries management and aquatic ecology. Key requirements include high-resolution optical performance for various biological specimen analyses and support for collaborative research projects.

Generated 15d ago

Contract Details

Estimated Value
est. $15K – $45K
Similar contracts award $14K to $90K (median $33K, 26,980 awards)Within typical range
NAICS Codes
Place of Performance
Reston, VA, USA
Set-Asides
SB

Qualifications & Eligibility

Set-Aside Category
Total Small Business Set-Aside

Agency & Contact

Contracting Organization

Agency
INTERIOR, DEPARTMENT OF THE
Sub-Agency
US Geological Survey

Point of Contact

John A. Smith
Contracting Officer
(202) 555-0100

Key Dates

Published17d ago
Jul 8, 2026
Became Solicitation16d ago
Jul 8, 2026
Tracked
Last Updated14d ago
Jul 10, 2026
Response Due14d ago
Jul 10, 2026

Description

The USGS, Cooperative Research Units in Reston, VA, supporting the Ecosystems Mission Area requests the purchase of one stereomicroscope imaging system. The primary use is to support the fisheries and aquatic sciences research program of the South Dakota Cooperative Fish and Wildlife Research Unit (SD CFWRU) for conducting laboratory analyses associated with fisheries management, aquatic ecology, resource conservation, and graduate student research. The stereomicroscope imaging system will be used for otolith preparation and interpretation, microchemical evaluations, age and growth analyses, fish diet analysis, macroinvertebrate identification, larval fish identification, tissue examination, morphometric measurements, and high-resolution imaging of biological specimens for scientific publication and reporting. The stereomicroscope imaging system must provide high-resolution optical performance capable of producing clear, repeatable observations and digital images across a wide range of biological specimens. The system must support ongoing collaborative research projects involving invasive carp, paddlefish, sportfish management, aquatic habitat assessments, fish population dynamics, and other fisheries and aquatic ecology investigations conducted by the SD CFWRU and its cooperators. Baker, Brian Contracting (No Street Address

2) RESTON, VA 20192 USA to this opportunity. Sol_140G0126Q0182_Amd_0002.pdf Sol_140G0126Q0182_Amd_0001.pdf Sol_140G0126Q0182.pdf

Get matched to contracts like this daily

Free AI-powered contract matching for your business.