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OEWAVES, INC

Subsidiary ofOEWAVES, INC.UEI: L6MEAK541NH5CAGE: 1TDK3

OEWAVES, INC is a federal contractor, registered under UEI L6MEAK541NH5 and CAGE code 1TDK3. It has been awarded $48,894,332 in federal contracts. Primary work spans Research and Development in the Physical, Engineering, and Life Sciences (except Biotechnology), Research and Development in the Physical, Engineering, and Life Sciences, and Research and Development in the Physical, Engineering, and Life Sciences (except Nanotechnology and Biotechnology). Top awarding agencies include Department Of Defense, National Aeronautics And Space Administration, and Department Of The Interior.

Contact Information

Registration and classification details

Registration

UEI Code

L6MEAK541NH5

CAGE Code

1TDK3

Entity Structure

Corporate Entity (Not Tax Exempt)

Established

N/A

Business Classifications

For Profit OrganizationManufacturer of Goods

NAICS Codes

334515Instrument Manufacturing for Measuring and Testing Electricity and Electrical Signals
334516Analytical Laboratory Instrument Manufacturing
541715Research and Development in the Physical, Engineering, and Life Sciences (except Nanotechnology and Biotechnology)(Primary)

Federal Contracting Overview

Award totals, agency breakdown, NAICS distribution, and geographic footprint.

AI Capability Profile

OEWAVES, INC specializes in the design and fabrication of precision laser systems for advanced scientific and defense applications, with deep expertise in ultra-narrow linewidth telecom lasers and miniature laser architectures for atom interferometry. The company’s core capabilities center on analyt...

OEWAVES, INC specializes in the design and fabrication of precision laser systems for advanced scientific and defense applications, with deep expertise in ultra-narrow linewidth telecom lasers and miniature laser architectures for atom interferometry. The company’s core capabilities center on analytical laboratory instrument manufacturing, particularly in developing high-stability, frequency-controlled laser sources that enable cutting-edge sensing, metrology, and quantum instrumentation. Their work for NASA under an SBIR Phase II contract demonstrates proficiency in miniaturizing laser systems for space-based atomic interferometers—critical for next-generation inertial navigation and gravitational sensing. Technical expertise includes laser cavity design, frequency stabilization, phase noise reduction, and integration of optical components into compact, ruggedized platforms suitable for harsh environments. OEWAVES distinguishes itself through its ability to translate theoretical physics requirements into flight- or field-deployable hardware, bridging the gap between laboratory prototypes and mission-critical systems. The contractor has established a focused relationship with the Department of Commerce, delivering custom laser systems for precision measurement and calibration applications, and with NASA, supporting advanced physics experiments requiring extreme spectral purity and stability. These engagements suggest a pattern of collaboration on high-precision, low-volume R&D projects where performance exceeds commercial off-the-shelf capabilities. OEWAVES operates primarily within NAICS 334516, focusing on the manufacturing of analytical instruments that rely on laser spectroscopy and interferometric sensing, and NAICS 541715, conducting applied research in physical sciences to enable new measurement paradigms. Their market positioning is niche but critical—serving government and defense programs requiring quantum-grade optical sources not available through standard suppliers. As a small business structured as a 2L entity based in Pasadena, California, OEWAVES maintains a lean, technically driven operational model. While currently holding no formal government certifications, its geographic proximity to key aerospace and research institutions enhances its access to specialized talent and collaborative R&D ecosystems.

Key Performance Metrics

Awards Count

82

All time

Active

1

Currently performing

Completed

81

Past period of performance

Total Awards

All time

Contracts

Prime · all time

Subcontracts

Sub · all time

Grants

Prime · all time

Subgrants

Sub · all time

Award Analytics & Distribution

Awards by Agency
Awards by Agency Over Time
Awards by Place of Performance

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NAICS: 334516
New
Federal
Nitrogen Content Analysis Equipment
Solicitation # W911S227U0056
Solicitation W911S227U0056 is a Request for Quotation issued by the Department of Defense, specifically the W6QM Micc-Ft Drum, for the procurement of new nitrogen content analysis equipment. This acquisition is a Total Small Business Set-Aside under NAICS code 334516. The government is seeking a high-end titration system and associated accessories, specifically requesting Metrohm USA Inc products or equals. Key required items include a 905 Titrando high-end titrator, an 801 Stirrer, an 800 Dosino dosing system, a Touch Control 900, and standard installation services. Only new equipment is acceptable, as used or remanufactured products are strictly prohibited. The contract will be awarded to the responsible offeror whose proposal is most advantageous to the government based on price and technical evaluations. To be considered, offers of equal products must meet all salient physical, functional, and performance characteristics and include descriptive literature and model identification. Quotes must be submitted exclusively through the PIEE Solicitation module by October 29, 2026, and must include a completed Attachment 1 regarding certifications and country of origin to avoid being rejected as nonresponsive. Preferred delivery is F.O.B. destination within 30 days. Invoicing and payments will be processed electronically via Wide Area Workflow.
W6QM Micc-Ft Drum

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NAICS: 334516
New
SLED
NDSU - Dynamic Mechanical Analyzer
Solicitation # SRC000482
North Dakota State University is soliciting bids under solicitation SRC000482 for the procurement of a complete Dynamic Mechanical Analyzer (DMA) system to support polymer testing research on electrically responsive surface textures for autonomous platforms. The required system must support bending, tension, and compression modes, feature a normal force sensor range of 0.001 N to 50 N, and operate within a temperature range of -170 °C to +600 °C. The base bid must include all necessary hardware, sensors, fixtures, first-year software licenses, delivery, installation, commissioning, training, and a one-year warranty. Optional additions may include rotational or torsional capabilities and multi-year software support. The contract will be awarded to the lowest responsive and responsible bidder who meets all mandatory technical specifications. Bidders must submit their responses electronically via the NDBuys portal by November 4, 2026, at 2:00 PM CT, including a completed Cost Proposal Form and a Technical Compliance Form. Delivery and installation are required at the R1A Laboratories in Fargo, North Dakota, with a target window of Fall 2026 or January 2027. Final acceptance is contingent upon a successful functional demonstration and the completion of required training. The selected contractor must adhere to NDSU's independent contractor terms, including maintaining minimum liability insurance of $500k/$2M and complying with North Dakota Open Records Law.

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