Special processes and multi-component processes can be easily expanded.
UN
Servo Hydraulic Injection Molding Machine
TUP has long been dedicated to the R&D and production of Multi-components injection molding machines. Through extreme optimization of details and deep understanding of practical applications, TUP has achieved remarkable advancements in this field. The recent acquisition of another invention patent certificate not only confirms TUP's technical strength but also recognizes its innovative leadership in the industry.
TUP offers a diverse range of Multi-components injection molding machines to meet varied customer needs:
HD Toggle Multi-Injection Unit Series: Designed for large and complex Multi-components products, ensuring high stability and precision.
HS-W Opposite Injection Unit with Horizontal Turntable Series: Ideal for products requiring opposite injection molding, guaranteeing symmetry, consistency, and high efficiency.
HS-D Two-Platen Structure with Vertical Turntable Series: Features a space-saving two-platen design to enhance production efficiency.
HD-E Multi-components Hybrid Electric Series: Combines hydraulic and electric technologies for energy-efficient production solutions.
These product lines cover single-color to Multi-components applications and are backed by multiple industry patents, ensuring superior quality and reliability.
With the rapid development of modern Multi-components injection molding, quality requirements for molded products have grown increasingly stringent. During production, the positional accuracy of the turntable directly impacts product quality stability. Real-time monitoring of turntable position deviations and timely diagnosis of causes are therefore critical to ensuring product quality.
This invention provides a real-time monitoring method and system for turntable position deviations, implemented through the following steps:
1. Acquire Design Parameters and No-Load Motion Data: During equipment installation and debugging, multi-dimensional no-load motion data of the turntable is collected via pre-set programs to establish a no-load motion feature vector reflecting the turntable’s inherent characteristics.
2. Real-Time Production Data Collection: During each mold change, multi-dimensional motion data of the turntable is collected in real time to generate real-time motion feature vectors and scientific turntable parameter settings.
3. Feature Vector Comparison: Deviations are identified by comparing real-time feature vectors with no-load feature vectors and turntable parameter settings.
4. Intelligent Diagnosis and Alarm: Upon detecting deviations, an automatic intelligent diagnosis process is triggered to identify causes and issue alarms, ensuring production stability and product quality.
High Monitoring Precision: Real-time collection and comparison of multi-dimensional motion data significantly improve deviation detection accuracy.
Rapid Response: The system instantly triggers intelligent diagnosis upon detecting deviations, minimizing production downtime.
Intelligent Operation: The diagnostic system automatically analyzes deviation causes and provides solutions, enhancing production efficiency and product quality.
TUP will continue to prioritize technological innovation and optimize product performance to deliver more efficient and reliable injection molding solutions for customers.
