At Chinaplas 2026, Huarong’s exhibit is built around actual production applications rather than machine model names alone. The purpose is to help visitors understand how different machine structures and process technologies can support real factory requirements.

 Two-Platen Injection Molding Machine with Robotic Take-Out

The two-platen injection molding machine will demonstrate storage crate production with an automated robotic take-out system. This setup is relevant for manufacturers producing medium-to-large plastic parts that require stable clamping, efficient part removal, and integration with downstream handling.

Double-Shot Injection Molding Machine with Hair Clip Automation Line

The double-shot injection molding machine will be shown together with a hair clip automation line. This demonstration is designed to show how molding equipment and automation can be planned as one integrated production solution, especially for multi-component products and repetitive high-volume manufacturing.

Microcellular Foaming Injection Molding Machine

The microcellular foam injection molding machine will produce a fan cover using 100% recycled material.

This is one of the key technical highlights at Chinaplas 2026 for Huarong. Microcellular foam is not only about lightweighting. In practical injection molding applications, it can also help reduce material usage, lower clamping force requirements, and improve molding conditions for certain products.

By using recycled material in the demonstration, Huarong aims to show how process technology can be applied to current manufacturing concerns such as material efficiency and sustainable production. For processors evaluating ways to reduce resin consumption while maintaining usable product performance, this exhibit offers a relevant and discussion-worthy application.

Tie-Bar-Less Vertical Injection Molding Machine

Although this exhibit will run without a molded product, it remains important from a structural and application perspective in the vertical injection machine section. Tie-bar-less vertical machines are often considered when mold accessibility, insert handling, or workspace flexibility is a key concern. By removing the tie-bar restriction in the clamping area, the machine structure offers a more open space for mold installation and process arrangement.