Product Features:
It is recommended to use the combination of Slide core units similar to the DTK series and apply them to Large die and mold.
The inclined pin has an angle of 0° to 20°, is easy to install, and with its Graphites inserts, it can reduce friction when the inclined pin moves.
The usage of MMTG & MMTGH reduces the swing due to the length of the inclined pin. Load concentrated at guide bearing end, an increase of upward resistance.
Introduction:
Introducing our Oil Free Standard Inclined Ejector Core Units – a reliable solution designed with precision to meet the demands of various industrial applications. Crafted with attention to detail, these core units seamlessly integrate with DTK-inclined devices, catering specifically to the requirements of large-scale molds.
Design and Installation
At the heart of this product lies a design philosophy focused on simplicity and functionality. The internal spherical copper guide slider base, inclined at a 20-degree angle, facilitates easy installation, particularly when paired with DTK-inclined devices. This inclined orientation streamlines the integration process, catering to the demands of large molds and ensuring a hassle-free setup.
The incorporation of a graphite lining further distinguishes this component. This thoughtful design choice serves a dual purpose – not only does it mitigate wear and tear during movement, but it also reduces the risk of abrasions. This commitment to durability aligns with the practical needs of industrial settings, where reliability is important.
Optimizing Movement with MMTG/MMTGH Integration
To address the challenges associated with the movement of inclined guide rods, our Oil Free Standard Inclined Ejector Core Units seamlessly integrate with MMTG and MMTGH systems. This strategic collaboration results in a reduction of sway caused by overextended guide rods during motion. By alleviating the load at the tail end of the inclined guide rod, these units contribute to improved overall system performance and increased lifespan.
The design rationale behind this integration is rooted in practicality and efficiency. By reducing the negative effects of excessive guide rod length during operation, the product ensures a smoother and more controlled movement. The upward force generated further enhances the system's performance, underscoring its suitability for a wide range of applications within the manufacturing landscape.
Application Range
One of the standout features of the Oil Free Standard Inclined Ejector Core Units is their adaptability to varying industrial scenarios. Primarily tailored for use in large-scale molding applications, these units find their niche in environments where precision and reliability are non-negotiable. The product's performance parameters are optimized for use in temperatures not exceeding 170°C, making it a versatile choice for a spectrum of manufacturing processes.
Material Composition
The backbone of these units lies in their construction material, S45C. This medium-carbon steel variant brings a balanced blend of strength, durability, and machinability to the table. The inherent properties of S45C make it an ideal choice for the demanding conditions of industrial applications.
In conclusion, our Oil Free Standard Inclined Ejector Core Units stand as a testament to our commitment to delivering reliable and efficient solutions for the manufacturing industry. With a focus on precision engineering, ease of installation, and advanced technologies, these components offer a robust and dependable option for manufacturers seeking to optimize their processes. Elevate your manufacturing capabilities with the performance-driven of our Oil Free Standard Inclined Ejector Core Units.