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Resin Drying & Material Handling

Precision to the Microgram, Prevention in Advance Subtitle: QU Smart Handling Hopper — How to Eliminate "Secondary Moisture Absorption" and the "Consumption Black Hole" of High-Value Engineering Plastics?

Shanghai Matsui Machinery Co., Ltd.

  • Thu, 10 Dec 2026
  • 22:30 – 22:55 JST
Precision to the Microgram, Prevention in Advance Subtitle: QU Smart Handling Hopper — How to Eliminate "Secondary Moisture Absorption" and the "Consumption Black Hole" of High-Value Engineering Plastics?

Overview

The QU Smart Handling Hopper addresses the pain points of secondary moisture absorption and unclear material consumption in engineering plastics through precise weighing, real-time temperature monitoring, and dwell-time alerts. Combined with dust/static removal and IoT connectivity, it stabilizes molding conditions, helping high-end injection molding achieve cost reduction, efficiency improvement, and unmanned production.

Shanghai Matsui Machinery Co., Ltd.

〒N/A
No. 11, Chunguang Road, Xinzhuang Industrial Zone, Minhang District, Shanghai, China

Company Profile

Shanghai Matsui Machinery Co., Ltd. is a Chinese subsidiary established in 1997 by Matsui Mfg. Co., Ltd. and is based in Shanghai.
As a member of the Matsui Group, the company provides solutions, products, systems, and services designed to quadruple "resource productivity" within customers' molding facilities.
The Matsui Group operates on the principle that by quadrupling resource productivity, it is possible to halve resource consumption while doubling current levels of prosperity. Guided by this philosophy, we serve as a partner to plastic molding facilities, with a mission to realize "Factor 4" (a fourfold increase in resource productivity) within these operations.
We go beyond the mere development and supply of equipment; we identify the specific challenges faced by each customer and provide tailored, optimized proposals. Through these efforts, we eliminate resource waste and enhance both added value and production output, ultimately contributing to the maximization of resource productivity.
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