For the Inventor, By the Inventor

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Pinebluff, NC, United States of America

Atex Technologies, Inc.

USPTO Granted Patents = 25

EPO Patents = 7

Trademarks = 3

Forward Citations = 70

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21 inventors (with patents filed for the assignee):

Mark Wesley Jessup (12 out of 12 patents)

Paul Louis Van Hulle (11 out of 11 patents)

Stephanie Booz Norris (10 out of 10 patents)

4. Martin Monestere, Jr (5 out of 5 patents)

5. Timothy Warner (4 out of 4 patents)

6. Danny Severino (4 out of 4 patents)

7. Brian L McMurray (4 out of 15 patents)

8. Sarah Beyer (3 out of 3 patents)

9. Colleen Kaiser (3 out of 3 patents)

10. Robert A Kiefer (2 out of 13 patents)

11. Nathan Spangenberg (2 out of 3 patents)

12. Stephanie Burke (2 out of 2 patents)

13. Matthew Oltman (2 out of 2 patents)

14. Thomas R Molz (2 out of 2 patents)

15. Morgan Gwaltney (2 out of 2 patents)

Core Competencies:

Seamed Structures

Woven Textiles

Ultra-Thin Fabric

Surgical Mesh

Fabric Cutting

Creep Resistant

Fray Resistant

Abrasion Resistant

Loop Technology

Compressible Fabric

Warp Knit Fabrics

Dimensionally Stabilized Pore

25 patents: Sort by Forward Citations

1. 12735816 - Seamed structures woven on a bias and corresponding systems and methods (2026-09-15),

2. 12544972 - Process of changing cross sectional shape within a textile (2026-02-10),

3. 12486599 - Integrally woven or knitted textile with pouch and methods of making the same (2025-12-02),

4. 12252814 - Fray resistant structure (2025-03-18),

5. 12251497 - Indicator marking technology for textiles (2025-03-18),

6. 11957563 - Integrally woven or knitted textile with pouch and methods of making the same (2024-04-16),

7. 11913169 - Small diameter, high strength, low elongation, creep resistant, abrasion resistant braided structure (2024-02-27),

8. RE49354 - Ultra-thin fabric, devices, and methods (2023-01-02),

9. 11458669 - Process of changing cross sectional shape within a textile (2022-10-04),

10. 11427958 - Small diameter, high strength, low elongation, creep resistant, abrasion resistant braided structure (2022-08-30),

11. RE48469 - Ultra-thin fabric, devices, and methods (2021-03-15),

12. 10745855 - Small diameter, high strength, low elongation, creep resistant, abrasion resistant braided structure (2020-08-18),

13. 10610969 - Fabric cutting system and method (2020-04-07),

14. 10413398 - Loop (2019-09-17),

15. 10364518 - Integrally woven or knitted textile with pouch and methods of making the same (2019-07-30),

Company Overview

Atex Technologies, Inc. is a specialized firm based in Pinebluff, North Carolina, focusing on advanced technology solutions for various industries. The company develops innovative products and systems that enhance operational efficiency and performance. Atex is particularly known for its expertise in areas such as automation, control systems, and industrial applications, catering to a diverse clientele. By leveraging cutting-edge research and development, Atex Technologies aims to deliver high-quality solutions that meet the evolving needs of its customers.

Profile summary synthesized from public USPTO records and patent filings.

Company Badge

USPTO Data Jan 1 1976 - Oct 6 2026

25 Patents

#1 in Pinebluff, NC

#311 in North Carolina

#13,350 in US

#25,681 in the World

Pinebluff, NC, United States of America

Atex Technologies, Inc.

Forward Citations = 70

21 inventors:

Mark Wesley Jessup (12 out of 12 patents)

Paul Louis Van Hulle (11 out of 11 patents)

Stephanie Booz Norris (10 out of 10 patents)

4. Martin Monestere, Jr (5 out of 5 patents)

5. Timothy Warner (4 out of 4 patents)

IDiyas Innovation Intelligence. (2026). Company Patent Portfolio: Atex Technologies, Inc.. Retrieved from https://idiyas.com/company/atex-technologies

Data source: USPTO (United States Patent and Trademark Office) public patent records. Weekly synchronization. How IDiyas builds this profile

Data Sources: USPTO Patent Grant XML, Patent Center, EPO & CIPO • Normalized by IDiyas Innovation Graph. Methodology & provenance architecturePlease report any incorrect information to [email protected]

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