Automotive Interior Hot Runner Injection Mold 3D Design Case
This case covers a complete 3D hot runner injection mold design built for mass production of automotive interior plastic parts. Adopting a YUDO hot runner system paired with submarine gates and side angle slide hydraulic cylinder drive structure, this design effectively solves common issues of conventional injection molds, such as sprue residue and low production efficiency. It delivers stable, high-volume manufacturing support for automotive interior component production.
Core Design & Technical Features
Mold Type: Hot runner injection mold for automotive interior components
Gate Style: Open hot runner with secondary submarine gate (YUDO system). Automatic sprue drop during molding requires no manual trimming.
Design Tool: Full 3D mold design with UG NX, featuring precise data output and complete interference checking.
Drive System: Hydraulic cylinder driven side angle slides for stable mechanical movement and accurate core pull travel.
Design Benefits: Compact mold structure, uniform cooling performance, shorter molding cycle, fully optimized for automated mass production.
Case Gallery: Full 3D Mold Design Details
1. Product 3D Views (Cavity & Core Side)
Product Reverse Side View
Product Slide Side Structural View
2. Full 3D Hot Runner Mold Assembly
Full 3D Assembly Layout: Hot runner system and hydraulic slide structure overview
3. Fixed Mold Half (Cavity) Structure
Cavity Side: Equipped with YUDO open hot nozzles for precise temperature control
4. Moving Mold Half (Core) Structure
Core Side: Hydraulic-driven angle slides with clearly defined submarine gate positions
Professional Injection Mold Design Services
This project showcases our solid experience in hot runner injection mold design. We handle complex slide and lifter mechanisms, as well as customized hot runner integration. Our full service covers product DFM analysis, complete 3D mold design, and 2D engineering drawings for automotive, electronics and consumer plastic part projects.