In today’s rapidly developing manufacturing industry, the primary focus is on faster and more precise machining. However, for industrial shafts such as those used in automotive parts and new energy motors, traditional single-sided machining machines are increasingly unable to meet the demands of rapid delivery and high precision. To address these pain points, we have launched a new double-sided CNC lathe, which enables the simultaneous machining of both ends of the workpiece, thereby doubling efficiency and helping companies capture market share more quickly. From September 22nd to 26th, we will be at EMO Hannover, Hall 015, Booth B54, to experience this efficient and precise lathe and help elevate your production to new heights.
Double-Sided Machining, Double the Efficiency
The most impressive feature of this double-sided lathe is that it can machine both ends of the workpiece simultaneously. Traditional single-end lathes can only machine one end and then reverse and clamp the other end, a cumbersome and time-consuming process. This machine, however, uses a central spindle to rotate the workpiece, coupled with two X and Z axes, to achieve simultaneous machining of both ends.
This design increases machining efficiency by 70% to 200%, significantly shortening delivery times while reducing operator workload. It’s particularly suitable for common industrial shaft parts such as new energy vehicle motor shafts, automotive transmission shafts, and water pump motor shafts.
High-Precision Positioning, Continuous Improvement
The dimensional accuracy of industrial parts directly impacts overall machine performance. This double-sided lathe utilizes Japanese THK roller screw guides, which offer both high speed and durability, ensuring exceptional repeatability.
The tilting bracket-type Z-axis carriage structure effectively suppresses thermal deformation caused by heavy turning and high-speed machining. Whether in high-volume turning or high-speed precision machining, dimensional stability is guaranteed, ensuring that every batch of customers’ products benefits from meticulous manufacturing processes.
Sturdy Mechanical Design Ensures Long-Term Stability
The CNC machine bed is constructed of high-strength HT300 one-piece cast iron, offering excellent structural support and a tensile strength exceeding 300 MPa. Its robust rigidity effectively reduces machining vibration, extends tool life, and ensures long-term stable operation. The machine is also equipped with an integrated cast iron turret, which enhances tool rigidity and facilitates multi-tool machining and complex processes, making it ideal for high-efficiency production environments with high demand for turning tools.
Relying on First-Line Accessories Ensures Consistent Quality
We understand the importance of component quality to overall machine performance. Therefore, we strictly use top-tier brands, such as NACHI bearings, Schneider electrical systems, Baibu Precision Machinery sensors, and Japan Yuken hydraulic components.
This ensures the equipment remains stable and reliable even under high loads, significantly reducing failure rates and extending machine life. Customers can enjoy lower maintenance costs and greater production continuity.
Innovative “Four-Dimensional Mechanical Fingerprint” for Precise Monitoring of Equipment Status
Each SC series machine has a unique “Four-Dimensional Mechanical Fingerprint” that collects and analyzes data on four key parameters: position accuracy, torque, vibration, and temperature rise. This provides a more scientific basis for equipment commissioning and maintenance, eliminating the traditional blind adjustments that rely on experience.
This intelligent data management system enables customers to quickly diagnose equipment status, implement preventative maintenance, and ensure optimal machine operation.
Flexible Configurations Meet Diverse Production Needs
This double-sided lathe supports a variety of tooling system configurations. The powered turret is suitable for complex, multi-process machining, while the toolholder design is ideal for cost-sensitive applications with simpler processes.
Efficient hydraulic and pneumatic clamping systems enable fast, safe, and stable workpiece clamping, suitable for shaft parts of varying lengths and diameters. Maximum machining lengths range from 100mm to 4000mm, meeting the needs of multiple industries.
We’ll See You at EMO 2025
The manufacturing industry is rapidly changing, and equipment upgrades are accelerating. Choosing the right tool means achieving twice the result with half the effort. Our double-sided CNC lathe can help you improve efficiency, ensure precision, and easily meet various challenges.
We’re looking forward to seeing you at EMO Hannover in September at Booth B54 in Hall 015! Our professional team will be onsite to demonstrate our equipment, answer your questions, and help you find the most suitable intelligent machining solution. We look forward to meeting you and discussing the future of manufacturing!
Post time: Sep-05-2025