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Devoting to the research and development of a new generation of mold temperature controller, demonstrating the spirit of craftsmanship.
Views: 870 Author: Site Editor Publish Time: 2022-11-15 Origin: Site
"All innovation stems from the needs of customers, and in keeping with Industry 4.0, how can Superior be absent?"
The rise of new digital industrial technologies will bring about a huge transformation in the manufacturing industry. By collecting and analyzing data through machines, a faster, more flexible, and more efficient process can be achieved at a lower cost.
Produce higher quality goods - this function can be easily achieved with the new generation mold temperature controller!
The new generation mold temperature controller (water type) undergoes technological transformation, unlocks potential efficiency, and leads innovation
High precision - temperature control accuracy up to 0.1 degree, meeting the high-precision temperature control requirements of products such as optical lenses, medical chemicals, and others.
2.Real-time monitoring - The pressure control system constantly monitors the pressure; Multiple abnormal indication devices ensure timely troubleshooting; Low liquid level alarm device ensures the safe operation of the system.
3.High efficiency - Shaft-seal-magnetic imported water pump eliminates the possibility of traditional shaft-seal leakage of water and oil!
4.IoT technology - equipped with communication networking interface, which can assist in achieving real-time monitoring of factory machine operation.
the use of three-dimensional response surface methodology (RSM) to optimize twin-screw extrusion parameters—temperature, screw speed, and throughput. By analyzing their interactions, RSM overcomes the limitations of traditional single-factor adjustments. Through a Box–Behnken design, response surfaces are generated to visualize performance sensitivity and identify a multi-objective optimum that balances mechanical properties with production efficiency.
Because every machine and material is different, you can’t blindly copy exact numbers. Here’s a rule‑of‑thumb rhyme to judge if your back pressure is right: “Smooth charging, no slipping; stable cushion, small deviation. Check the surface for smoke—smooth, bubble‑free, no drooling.” Next time you run into dimensional instability, surface gas marks, or color‑change issues, don’t rush to tweak injection speed. Calm down, look at the back pressure gauge first, adjust back pressure, and the problem that’s been haunting you for days might just solve itself.
This article presents four practical methods for accurately assessing screw wear in extrusion and injection molding machines without disassembly. The methods include melt pressure and position data testing, a pressure drop/backflow evaluation, process reverse deduction through torque and temperature anomalies, and direct borescope inspection. Diagnostic logic linking common symptoms—such as output loss, temperature overshoot, and pressure instability—to specific wear locations is also provided.
the wear-induced failure of screws and barrels, noting the limitations of chrome plating and nitriding. It investigates the feasibility of surface boriding treatment on 45 steel screws and barrels to enhance surface hardness and wear resistance, and validates the process through field testing.
This article introduces the working principle of ball screws, highlighting their high mechanical efficiency and load capacity, which have led to widespread adoption in all-electric servo-driven injection molding machines. It compares ball screw design philosophies for machine tools and injection molding machines, noting that injection units experience loads hundreds to thousands of times greater. Key design priorities for high-load ball screws—such as uniform ball contact pressure, optimized lubrication, and enhanced durability—are discussed, with reference to Ningbo Superior's specialized solutions.
