For the Inventor, By the Inventor

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Peabody, MA, United States of America

Synventive Molding Solutions, Inc.

USPTO Granted Patents = 133

% Expired Patents = 23.3

EPO Patents = 74

Trademarks = 8

Forward Citations = 1,093

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46 inventors (with patents filed for the assignee):

Vito Galati (77 out of 77 patents)

Mark D Moss (38 out of 40 patents)

Zhuang Rui Tan (31 out of 31 patents)

4. Sergio Ribeiro De Oliveira Antunes (23 out of 23 patents)

5. Christopher W Lee (22 out of 27 patents)

6. Lin Yang (19 out of 22 patents)

7. David O Kazmer (18 out of 32 patents)

8. Mark Doyle (14 out of 14 patents)

9. Hans-Joerg Schreyer (7 out of 7 patents)

10. Michael Lewis Vasapoli (7 out of 11 patents)

11. Deven Hansen (6 out of 6 patents)

12. Ling Feng (6 out of 6 patents)

13. Sergio Antunes (6 out of 6 patents)

14. Juergen Wilhelm Emich (4 out of 5 patents)

15. J Andres Lopez (4 out of 4 patents)

Core Competencies:

Injection Molding

Flow Control

Electric Actuator

Cavity Injection

Actuator Cooling

Valve Pin Control

Integrated Actuator

Large Part Molding

Cycle Automation

Fluid Flow Management

Nozzle Configuration

Graphical Interface

133 patents: Sort by Forward Citations

1. 12508756 - Method and apparatus for controlled injection fluid flow (2025-12-30),

2. 12318983 - Injection molding apparatus with cooled integrated actuator electronic drive (2025-06-03),

3. 12172354 - Electric actuator drive for injection molding flow control (2024-12-24),

4. 12168316 - Injection molding apparatus with insulated integrated actuator electronic drive (2024-12-17),

5. 12134219 - Injection molding apparatus with insulated integrated actuator electronic drive (2024-11-05),

6. 11897174 - Cooled electric actuator controlled injection (2024-02-13),

7. 11872736 - Injection molding apparatus and method for automatic cycle to cycle cavity injection (2024-01-16),

8. 11865755 - Large part injection mold apparatus and process (2024-01-09),

9. 11759988 - Apparatus and method for controlling injection molding (2023-09-19),

10. 11752673 - Injection molding apparatus and method for automatic cycle to cycle cavity injection (2023-09-12),

11. 11738490 - Valve pin position and velocity control method and apparatus (2023-08-29),

12. 11673305 - Partially rotated eccentric drive for valve pin (2023-06-13),

13. 11628608 - Actuator cooling apparatus and method (2023-04-18),

14. 11618196 - Sequential injection to multiple mold cavities (2023-04-04),

15. 11524435 - Injection molding apparatus with integrated actuator electronic drive (2022-12-13),

Company Overview

Synventive Molding Solutions, Inc. is a leading provider of advanced injection molding control technologies, headquartered in Peabody, Massachusetts. The company specializes in innovative solutions for flow control, electric actuators, and integrated systems that enhance the efficiency and precision of the injection molding process. Their expertise extends to cavity injection, actuator cooling, and valve pin control, catering to industries that require large part molding and high-performance manufacturing solutions.

Profile summary synthesized from public USPTO records and patent filings.

Company Badge

USPTO Data Jan 1 1976 - Oct 20 2026

133 Patents

#2 in Peabody, MA

#154 in Massachusetts

#2,917 in US

#6,064 in the World

Peabody, MA, United States of America

Synventive Molding Solutions, Inc.

Forward Citations = 1,093

46 inventors:

Vito Galati (77 out of 77 patents)

Mark D Moss (38 out of 40 patents)

Zhuang Rui Tan (31 out of 31 patents)

4. Sergio Ribeiro De Oliveira Antunes (23 out of 23 patents)

5. Christopher W Lee (22 out of 27 patents)

IDiyas Innovation Intelligence. (2026). Company Patent Portfolio: Synventive Molding Solutions, Inc.. Retrieved from https://idiyas.com/company/synventive-molding-solutions

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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