Product Details

The MW400II is Muratec’s next-generation twin-spindle CNC turning center, engineered for stable, high-precision machining of larger workpieces while reducing valuable floor space requirements. An evolution of the original MW400 machine, the MW400II introduces a newly designed machine structure, enhanced thermal stability controls, and expanded automation options to support today’s demanding production environments.

Designed for manufacturers machining large automotive, transportation, aerospace, and industrial components, the MW400II combines Muratec’s proven split-bed architecture with twin-spindle productivity and integrated gantry automation. The result is a turning platform capable of handling larger, heavier parts while maintaining precision, repeatability, and unattended production performance.

The MW400II can be configured with various loader styles and automation packages, allowing manufacturers to tailor the machine to their specific workpiece requirements. With a footprint up to 30 percent smaller than the original MW400, the MW400II delivers more capacity without demanding more floor space.

Industries: Aerospace & Government, Automotive & Transportation, Healthcare & Medical, Machine & Jobs Shops, Manufacturing & Industrial, Utilities

Maximum Chuck Size 15"/Ø381 mm
Number of Turret Stations 10 x 2
Maximum Spindle Speed 2,500 rpm/3,500 rpm (depending on configuration)
Spindle Drive Motor 30 kW/30 min
Maximum Workpiece Size Ø350 mm x 200 mm
Small Loader Capacity (Swivel Type) Ø200 mm x 200 mm, 12 kg x 2
Heavy-Duty Loader Capacity (Swivel Type) Ø280 mm x 200 mm, 25 kg x 2
Large-Part Loader Capacity (Parallel Type) Ø350 mm x 120 mm, 25 kg x 2

Smaller Footprint

Takes up to 30 percent less floor space than the original MW400 while maintaining large-part machining capability.

Built for Big Work

Processes workpieces up to Ø350 mm with twin-spindle productivity and heavy-duty automation options.

Customized Automation

Choose from multiple loader and machine configurations tailored to your application.