Large Part Injection Molding
Large Part Injection Molding
Large part injection molding is a complex process that requires specialized equipment and expertise. Our team has extensive experience in plastic molding large parts across a variety of industries. We are equipped to handle high-tonnage injection molding, ensuring that even the largest parts are produced with exceptional precision and efficiency.
- Injection molding machines with a range of 450 to 1100 tons;
- Automated robotic arms for consistent, accurate part handling;
- Custom mold design and manufacturing capabilities;
- High-quality surface finishing options for a refined finish;
- Comprehensive assembly services to integrate complex components;
- In-depth testing and rigorous quality control processes;
- Flexible production runs for both small and large volumes.
Large Part Molding Specifications
| Service | Details |
|---|---|
| Process Materials | Most plastics and rubber, including custom sourcing, see material list below |
| Standard Finishes | SPI and VDI |
| Press Sizes | 90 ~ 1100 tons |
| Mold Service | DFM report and mold flow analysis |
| Mold Ownership | Customer owned with mold maintenance |
| Mold Cavities | Single or multi-cavities |
| Mold Life | Unlimited (If the mold worn out, Erye will cover the cost of new mold) |
Plastic Molding Large Parts Examples
Optimizing Large Part Injection Molding Process
1. Large Part Mold & Tooling
Our in-house mold and tooling capabilities ensure precision and efficiency in every stage of plastic molding large parts production. We utilize advanced CNC machining technology to create high-precision molds that can handle high-tonnage injections, essential for large parts.
We use tool steel to ensure our molds are built to last, using durable, high-quality materials, which ensures longer lifespans and fewer mold changes.
2. Design for Manufacturability (DFM)
We work closely with your design team to identify and address potential production challenges early in the process. By assessing your large part designs for manufacturability, we help optimize designs to minimize production difficulties, reduce material waste, and lower overall costs.
Our DFM analysis includes suggestions for design adjustments that make molding easier and more efficient.
3. Material Selection
Choosing the right material is crucial for ensuring that your large parts meet performance requirements while being manufacturable at scale. We offer an extensive range of engineering-grade thermoplastics and elastomers that are ideal for large parts, with properties such as strength, flexibility, and impact resistance.
We also provide expert guidance on material modifications using additives to enhance specific characteristics like UV resistance, flame retardancy, or improved tensile strength.
4. Finished Part Assembly and Testing
We offer complete finished part assembly services, ensuring all components are accurately aligned and securely joined. Our team pays close attention to the precision and fit of each part during the assembly process to guarantee optimal functionality.
In addition to assembly, we conduct a range of tests to validate that the assembled parts meet required performance and durability standards. This includes compatibility checks, strength assessments, and functional testing, ensuring that each final product performs as expected.
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