EP-TK Series Programmable Servo Tailstock CNC Lathe EP-TK460L EP-TK500L

Standard Configuration:

SYNTEC CNC system / Taiwanese Servo Turret / SYNTEC X, Z-axis Servo Motors / Hydraulic Chuck / Taiwanese PMI, HIWIN Ball Screw, Roller Linear Guide.

Parameter

Machine Tool Features

• High Rigidity and Low Vibration Design:
  Our machine tools are designed with a focus on high rigidity and low vibration, utilizing a 30-degree slant bed structure. This innovative design is optimized through comprehensive finite element analysis, ensuring that the entire machine operates at peak performance. The internal rib layout of the bed is thoughtfully arranged to enhance stability, effectively minimizing vibrations during operation. This results in improved machining accuracy and superior surface finishes, making our machines ideal for demanding applications in various industries.
• Equipped with Programmable Servo Tailstock:
  The machine features a programmable servo tailstock that allows for automated adjustments, significantly enhancing operational efficiency. This automation not only streamlines the machining process but also contributes to increased machining precision and improved surface quality. By reducing manual intervention, the programmable tailstock ensures consistent performance, making it easier for operators to achieve high-quality results across different workpieces. This feature is particularly beneficial for complex machining tasks that require precise positioning and stability.
• Reinforced P3-Class Ball Screws and Roller Linear Guides:
  Our machines are equipped with enhanced P3-class ball screws and roller linear guides, which provide exceptional precision and durability. The Z-axis is configured with a six-block system, ensuring superior stability and load-bearing capacity during operations. This robust design facilitates smooth and accurate motion throughout the machining process, which is critical for achieving high-quality results. The combination of these advanced components minimizes backlash and enhances overall machining performance, making our machines reliable for various applications.

In summary, our machine tools are engineered to deliver outstanding performance through advanced design features. With a focus on high rigidity, low vibration, programmable automation, and reinforced linear motion systems, our equipment meets the evolving demands of modern manufacturing. Whether for high-speed production or intricate machining tasks, our machines provide the efficiency and accuracy necessary to excel in today’s competitive environment.

Auxiliary Extension

Workpiece Display

Workshop

We have been pursuing high-end technology and investing in high-precision equipment to make first-class products, which will create a world full of miracles for us. We exist for miracles.

About Ever-Power

Ever-Power was founded in 2006 and has established itself as a national high-tech enterprise specializing in the research and development, production, sales, and service of CNC machine tools. With a keen understanding of market trends, Ever-Power delivers comprehensive solutions tailored to meet the diverse needs of its customers.

The company’s product portfolio includes a wide array of advanced machinery, such as turning and milling centers, vertical machining centers, turret and row tool CNC lathes, as well as solutions for industrial automation. These products are employed across various industries, including automotive, telecommunications, new energy, engineering machinery, and chemicals, showcasing their versatility and reliability.

Ever-Power places a strong emphasis on product research and development, continuously striving for technological progress. The company is dedicated to fostering ongoing technological innovation, which significantly enhances its competitiveness in the market. By prioritizing quality and innovation, Ever-Power aims to lead the way in the CNC machine tool industry, ensuring that it meets the evolving demands of its clients and contributes to the advancement of manufacturing technologies.

Author: CX