Dual-Spindle Machining New Energy Vehicle Parts: PMT Machining Center Customer Case Study
Solution: Our PMT Dual-Spindle Machining Center
The customer selected our PMT dual-spindle machining center to boost efficiency through two spindles working in parallel. With optimized process planning, the dual-spindle structure helped streamline operations and improve throughput, while delivering reliable precision for NEV part machining.
Results: Smooth Production and Ultra-High Quality Output
After adopting our PMT dual-spindle machining center, the customer reported that NEV part production is running very smoothly, with strong quality performance and stable process capability. Key outcomes include:
- Ultra-high quality machining for NEV chassis and structural components
- Excellent dimensional consistency across batch production
- Improved efficiency through dual-spindle parallel machining strategies
- Reduced rework and stronger yield stability
- Reliable performance suited to demanding NEV supply-chain requirements
Typical NEV Applications
The customer is successfully machining components such as:
- NEV chassis parts and subframe-related components
- Structural brackets and multi-feature mounting parts
- Precision housings and support components used in vehicle platforms
- High-repeatability parts requiring stable cycle time and consistency
Conclusion
This customer application case confirms that our PMT dual-spindle machining center is an effective solution for dual-spindle machining of new energy vehicle parts, delivering smooth production and ultra-high quality results for chassis and structural machining needs. For NEV manufacturers and suppliers looking to improve efficiency and quality at the same time, our dual-spindle machining solution provides strong performance for modern automotive production.
Dual-Spindle Machining New Energy Vehicle Parts: PMT Machining Center Customer Case Study
A fast-growing supplier in the new energy vehicle (NEV) industry recently purchased our PMT dual-spindle machining center to increase capacity and improve consistency for high-volume production. After installation and process validation, the customer achieved smooth, stable machining for key NEV components—especially chassis and structural parts—while maintaining an ultra-high quality standard across batches.
Customer Background and Machining Challenges
In NEV manufacturing, chassis-related parts and structural components often demand tight dimensional control, excellent surface finish, and reliable repeatability. The customer needed a solution that could:
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Improve productivity for medium-to-high volume orders
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Ensure consistent accuracy across long production runs
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Reduce cycle time without compromising surface quality
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Support stable machining for chassis and multi-feature parts
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