59--AMPLIFIERS FOR THE TIMS TI-AYUSO 140G0125Q0230
Summary
AI-generated · Sep 27, 2025Acquire Spectromat 1013-ohm amplifiers to support the TI-Box mass spectrometer system at the USGS Radiogenic Isotopes Laboratory in Reston, VA. The amplifier housing, U/V converters, data acquisition system, and software are Spectromat-proprietary and must be delivered within roughly six months of purchase order receipt; all components must be precisely aligned to preserve calibration and performance, since the 1013-ohm resistors enhance sensitivity and signal-to-noise ratio.
Noncompetitive, firm-fixed-price award planned for Spectromat; this informational notice communicates the government’s intent to award without competitive bidding under FAR 13.106-1(b)(1). No option periods are planned. Vendors must be SAM-registered. The 1013-ohm amplifier configuration is specific to the TI-Box system and supports high-precision isotopic ratio measurements for geology, geochemistry, and materials science research.
The U.S. Geological Survey, Radiogenic Isotopes Laboratory in Reston, VA intends to award a noncompetitive purchase order to Spectromat Massenspektrometer GMBH (Spectromat) of Bremen, Germany for a 1013 Ohm Amplifiers to be delivered to Reston, VA within 184 days from the date the contractor receives the purchase order. There are no option periods. The 1013 Ohm Amplifiers proposed for the IT-Box Mass Spectrometer system at USGS are proprietary products of Spectromat Massenspektrometer GMBH. The amplifier housing in the existing TI-Box system is specifically designed to accommodate only Spectromat amplifiers, which rely on calibrated and aligned U/V converters. These converters transform the amplifier's electrical signals into optical signals for transmission to the TI-Boxs proprietary data acquisition system. All components-amplifiers, U/V converters, data acquisition system, and software-must work in precise alignment to ensure proper calibration and functionality. The use of 1013 Ohm resistors in these amplifiers significantly enhances sensitivity and signal-to-noise ratio. While higher resistance increases noise, the gain in sensitivity is greater, allowing the system to detect weaker signals more reliably. This improvement is critical for achieving high-precision isotopic ratio measurements, which are essential in USGS research areas such as geology, geochemistry, and materials science. In accordance with FAR 5.207, all responsible sources may submit a bid, proposal or quotation which shall be considered by the agency; however, THIS NOTICE IS FOR INFORMATIONAL PURPOSES ONLY. THIS IS NOT A REQUEST FOR COMPETITIVE QUOTATIONS. The Government intends to award this requirement noncompetitively in accordance with FAR 13.106-l(b)(l). Email responses to dparkin@usgs.gov. Availability of funds far clause 52.232-18 The North American Classification System (NAICS) code is 334516. - The size standard in number of employees is 1,000. The anticipated award date of the contract is 10/15/2025. The anticipated contract will be firm fixed price. The anticipated contract will be firm fixed price. A vendor must be registered at https://www.sam.gov/portal/public/SAM/ to be awarded the contract.
From Presolicitation posted on Sep 17, 2025Notice history
1-
Presolicitation LATEST Posted Sep 17, 2025
Details
Award Information
Not yet awarded
Contacts
Phone