In the competitive world of automotive component manufacturing, every second counts. A real-world case from a wheel hub factory in Ningbo, China—where we deployed the FH1890L Heavy-Duty Vertical Machining Center—shows how smarter machine selection can directly impact your bottom line.
Before switching to the FH1890L, this client was struggling with rough machining cycles averaging 48 minutes per wheel hub casting. With production runs of over 10,000 units/month, that added up to nearly 800 hours of machine time monthly—plus high tool wear and inconsistent surface quality. The root cause? A combination of low rigidity in their old CNC setup, slow controller response, and poor adaptability to complex geometries like deep cavities and inclined surfaces.
We tested three key parameters on typical aluminum alloy wheel hubs:
These aren’t just numbers—they represent real savings: 14.4 fewer hours per unit, which translates to ~1,200 hours/month saved across 10,000 parts. That’s equivalent to running an extra shift without hiring more staff.
“We were skeptical at first—but after seeing the data, we realized this wasn’t just about speed. It was about consistency, precision, and long-term cost reduction.”
- Zhang Wei, Production Manager, Ningbo Auto Parts Co.
If you’re facing similar challenges in heavy-duty rough machining—especially for large, complex components like engine blocks or suspension parts—the FH1890L offers a proven path forward. But don't just take our word for it: start by mapping your most time-consuming operations and identifying where rigidity, control speed, or flexibility is holding you back.
Ready to boost your productivity and reduce cycle times by 30% or more? Get Your Customized Efficiency Plan Now
