Thin Wall Series Injection Molding Machines
Langyi Thin Wall Series injection molding machines are designed for high-efficiency production of thin-wall packaging products such as food containers, disposable bowls and plastic spoons. This series features high-speed injection molding technology that ensures high-speed operation without compromising the quality of the final thin-walled plastic product. You can enjoy shorter cycle times and higher production capacity, thereby significantly reducing unit production costs.
High-Output Thin Wall Products Solution
Langyi thin wall series supports efficient molding of disposable plastic products such as take out food containers, lids, and milk tea cup.
- Equipped with high-efficiency plasticizing screw
- Fast response injection control for thin-wall products
- High-speed, high-volume production capabilities
- Multi-cavity mold configurations supported
Thin Wall Series
Core Performance Advantages
Production Support & Configuration Guidance
Machine selection depends on product weight, wall thickness, mold cavity number, required injection speed, and expected daily output.
Our team evaluates shot capacity, clamping force, and cycle targets to recommend a suitable Thin Wall Series model that supports high-output disposable container production.
Thin wall molding requires rapid injection speed and precise control during filling.
The Thin Wall Series is designed with optimized injection response and coordinated motion control to support fast cavity filling and reduced cycle time.
Stable clamping force and consistent injection control are essential for maintaining uniform wall thickness and minimizing deformation.
The machine structure and control system work together to ensure repeatable forming quality during high-speed production.
Yes. The series supports integration with high-speed take-out robots and conveyors to enable efficient continuous production of disposable food containers and similar thin-wall products. Auxiliary equipment can be configured according to your production layout and output requirements.



