01
Edge Gate Hot Runner
Edge-gating solutions deliver molten polymer from the side of the component and are useful when direct gating on the visible surface is not preferred.
Side-gating application
Injection Molding Technology
Innovative Hot Runner Systems
Rheologist Gaze and Solutions delivers advanced hot runner technologies for reliable melt control, balanced cavity filling, improved component quality and efficient plastic injection molding.
Heated
Manifold
Manifold
Valve
Gate
Gate
Hot
Tip
Tip
Edge
Gate
Gate
Sprue
Runner
Runner
Balanced Flow
Controlled melt delivery to each cavity
Precision Engineering
From concept to molding performance
Hot Runner Expertise
Better melt control for better molded products
At Rheologist Gaze and Solutions, we specialize in advanced hot runner systems for complex and high-quality plastic injection-molded components.
Our team supports customers in selecting, designing and implementing the appropriate hot runner configuration based on part geometry, resin characteristics, gate location, cavity layout and production requirements.
Optimized gate positioning
Gate locations are evaluated to support balanced
filling and acceptable product appearance.
Controlled melt temperature
Reliable thermal control helps reduce material
degradation, cold spots and inconsistent filling.
Application-focused design
Each system is selected according to the product,
mold construction, resin and production volume.
Our Solutions
Hot runner configurations for different molding needs
We support a range of gating and melt-delivery concepts for components requiring precision, aesthetics, repeatability and production efficiency.
02
Valve Gate System
A mechanically controlled valve pin opens and closes the gate, offering precise gate timing, improved surface finish and controlled sequential filling.
Precision gate control03
Hot Tip System
Hot tip systems maintain the melt at the gate using controlled heating and are commonly selected for compact components and multi-cavity molds.
Compact and efficient04
Sprue Runner System
Heated sprue solutions provide a direct and controlled melt path from the molding machine nozzle into the mold cavity or distribution system.
Direct melt deliveryKey Advantages
Improve product design and molding performance
A properly engineered hot runner system can improve process stability, part quality, material utilization and mold productivity.
Design Flexibility
Hot runners enable complex part designs, multiple gate positions and advanced mold layouts, expanding the possibilities for innovative product development.
Balanced Melt Flow
A well-designed manifold distributes molten material evenly to each cavity, supporting consistent filling, packing and dimensional performance.
Enhanced Product Quality
Accurate temperature and gate control help reduce visible gate marks, flow imbalance, short shots and other molding defects.
Reduced Runner Waste
Since the polymer inside the heated runner remains molten, solid cold-runner scrap can be reduced or eliminated.
Improved Productivity
Eliminating runner separation and reducing post-processing can support faster, more automated production cycles.
Consistent Repeatability
Stable melt delivery and controlled gating improve shot-to-shot consistency in high-volume molding operations.
Engineering Approach
Hot runner selection based on actual molding requirements
Selecting a hot runner system requires more than choosing a nozzle type. The complete molding condition must be evaluated to achieve stable filling and reliable mold performance.
1
Part geometry and wall-thickness evaluation
2
Polymer viscosity and processing-temperature review
3
Gate location and cavity-balance analysis
4
Manifold, nozzle and temperature-zone planning
Our Hot Runner Development Process
01
Application Review
We study the component, resin, mold layout, machine specifications and quality expectations.
02
System Selection
The appropriate valve gate, hot tip, edge gate or sprue concept is selected.
03
Flow and Design Optimization
Gate locations, runner dimensions and cavity filling are optimized for balanced performance.
04
Implementation Support
We provide technical guidance during mold development, trials, validation and process improvement.
RGEES Expertise
Comprehensive support from design to production
Our engineering team combines product design, mold design and injection molding knowledge to support successful hot runner implementation.
Complex Component Design
Support for challenging geometries, thin-wall sections, multiple cavities and appearance-sensitive components.
Gate Location Optimization
Evaluation of filling direction, weld lines, pressure, air traps, shear and visible gate marks.
Melt Flow Evaluation
Engineering analysis to improve cavity balance, temperature uniformity and filling consistency.
Technical Support
Guidance during mold design, hot runner integration, molding trials, troubleshooting and production launch.
Applications
Supporting demanding plastic product industries
Hot runner technology can be applied across multiple industries requiring quality, repeatability and production efficiency.
● Automotive Components
● Consumer Products
● Medical Components
● Electrical Products
● Packaging Products
● Household Appliances
● Technical Moldings
● Multi-Cavity Molds
Looking for the right hot runner solution for your mold?
Connect with Rheologist Gaze and Solutions to discuss your component, material, mold layout and production requirements.