All schedule
Smarter Molding Factory

Precision Molding Without Compromise: Critical Plastics Injection Molding Powered by Matsui Technology

Matsui America,Inc.

  • Fri, 11 Dec 2026
  • 02:00 – 02:25 JST
Precision Molding Without Compromise: Critical Plastics Injection Molding Powered by Matsui Technology

Overview

Precision Without Compromise:
Critical Plastics Injection Molding Powered by Matsui Technology
Control the Resin. Control the Mold. Control the Result.

Speakers

Speakers
Precision Molding Without Compromise
Critical Plastics Injection Molding Powered by Matsui Technology
Control the Resin. Control the Mold. Control the Result.
 
Mr. Michael Kott will explain the advantage of using Matsui's latest technologies to gain an advantage for critical molding.
 
In critical plastics injection molding, part quality begins long before the resin enters the mold. By combining the precision drying performance of the MJ6-i Intelligent Dryer with the advanced mold temperature control of the MC6-HP, processors achieve exceptional consistency, repeatability, and reliability from pellet to finished part. When quality cannot fail, Matsui delivers control at every stage of the molding process.

Matsui America,Inc.

〒N/A
5825 Turnberry Drive - Hanover Park, IL 60133
United States

Company Profile

Matsui Manufacturing strives to achieve a fourfold increase in resource productivity in our customers’ molding plants by providing comprehensive solutions, products, systems, and services.

We resonate with the concept that by quadrupling “resource productivity,” it is possible to double current levels of prosperity while halving resource consumption. As a partner to plastic molding factories, we have therefore established our mission as “realizing Factor 4 in molding plants.”

Beyond simply developing equipment, we identify each customer’s specific challenges and provide tailored proposals. Through this approach, we aim to thoroughly eliminate resource waste, enhance added value and production output, and ultimately support the improvement of resource productivity.

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