Energy Saving Drive-Yongte Servo Extruder Leading the Green Intelligent Manufacturing Revolution

Against the backdrop of global carbon peaking and carbon neutrality strategies advancing alongside accelerated smart manufacturing upgrades, Qingdao Yongte Machinery's servo motor-driven extruder series has recently achieved large-scale adoption in plastic extrusion processing. Boasting core advantages including ultra-low energy consumption, micron-level precision control, and low-noise stable operation, this product line integrates permanent magnet synchronous servo technology with extrusion processes. The solution not only reduces equipment energy consumption by 10%-30% but also boosts production efficiency by over 25%, offering an efficient solution for high-quality development in manufacturing.

Yongte solves multiple pain points in traditional plastic production

As the core equipment in extrusion molding processes, traditional extruders have long been plagued by industry-wide pain points including high energy consumption, inadequate control precision, and soaring maintenance costs. Yongte Machinery, with a keen understanding of industry demands, has partnered with leading domestic servo motor manufacturers to develop a servo-driven extruder product line covering the full power spectrum from 15kW to 110kW. Through an innovative "servo motor + dedicated driver + smart controller" integrated solution, the company has achieved a complete upgrade across the entire value chain, from power output to process control.

Core servo technology enables extreme energy efficiency

According to Yongte's technical director, the company's extruders are equipped with permanent magnet synchronous servo motors achieving 90%-95% energy efficiency, demonstrating significant energy savings compared to traditional asynchronous motor + frequency converter solutions. Field tests at an aluminum profile manufacturer revealed that a 75kW servo-equipped extruder saves 128,000 kWh annually, equivalent to reducing 96 tons of carbon emissions – fully aligning with current ESG development requirements in manufacturing. Utilizing 17-23-bit absolute encoders and third-generation PID dynamic control technology, the equipment achieves ±0.001mm positioning accuracy and ±0.1% speed control precision, maintaining product dimensional tolerances within ±0.05mm. This effectively resolves production challenges such as uneven wall thickness and melt retention in precision profiles and pipes, reducing average defect rates by over 60%.

Optimize the design to reduce the cost of operation and maintenance.

Servo drive technology demonstrates exceptional performance in both operational experience and maintenance costs. Featuring brushless drive and vibration damping design, the equipment operates at 55-60dB(A) noise level – 30% lower than conventional systems – significantly improving workshop conditions. With 200% motor overload capacity and IP65 protection rating, it reduces failure rates by 50% in harsh environments like high temperatures and dust, extending maintenance intervals to over 2,000 hours. Additionally, the intelligent "torque-on-demand" control logic in servo motors cuts standby power consumption by 60% while minimizing consumables like hydraulic oil, resulting in 40% lower long-term O&M costs.

Industry trend leader, accelerating the green and intelligent transformation of manufacturing industry

Looking ahead, Yongte Machinery will further integrate AI algorithms with servo systems, planning to launch next-generation products equipped with AI-powered energy consumption optimization algorithms. These innovations will enable real-time energy monitoring, predictive maintenance, and automated process parameter tuning through a fully closed-loop management system. The company's general manager emphasized their commitment to technological innovation, offering manufacturers integrated solutions that combine energy efficiency, carbon reduction, and intelligent quality enhancement. This approach aims to empower enterprises in achieving transformative growth during their green transformation and intelligent upgrading journeys.