VP-5012 - High Performance Bridge Type Machining Center

X-axis travel : 78.7" ~ 196.8"

Y-axis travel : 47.2"

Z-axis travel : 29.9"

Dist. between columns : 51.1"

Table load capacity : 7,715 ~ 17,635 lb

Spindle speed : 6,000 rpm

Spindle power ( cont. / 30 min. ) : 11/15 kW ( 15 / 20 HP)

Spindle taper : CAT50

X-axis rapid feedrate : 787 / 393 / 315 IPM

Y-axis rapid feedrate : 787 IPM

Z-axis rapid feedrate : 787 IPM

Tool magazine capacity : 30 T ( Opt. 40 T )

Ultra Performance Bridge Type Machining Center

Representing YAMA SEIKI’s 「 The royal family of bridge machines 」 of mature manufacturing abilities and advanced technology of innovation, the VP series bridge type vertical machining centers combine advanced concept of design and stable machine structure provide you the ultimate machining performance at the most compact floor space. It is one of the most cost-effective models. All series are adopted with modular design, the full product line provides you high performance, high productivity machining solutions to meet your demands of today and tomorrow. It can be broadly applied in the automotive, precision die & mold, aerospace, and energy industries., etc.

VP series Product Map ( X / Y / Z axis travel )

Thanks to our advanced developing skills and strict assembly process, gives the VP series ultra performance bridge type vertical machining center optimum rigidity, accuracy and efficiency.

The modular spindle design provides cutting flexibility for various working conditions.

High rigidity linear guide ways on the X, Y axes.

The Z-axis is adopted with high rigidity box way which is hardened and precisely ground suitable for heavy-duty cutting conditions.
( Opt. : The Z-axis can be adopted with roller type linear guide ways if equipped with high speed direct-driven spindle. )

High Rigidity Structure

One-piece bridge and base casting structure with hand scraped contact surfaces ensure optimum assembly precision, structural rigidity and load balancing.*¹

Rib reinforced working table restrains vibration while increasing machining stability.

The Finite Element Method ( FEM ) analysis provides optimum machine design and light-weighted structure advantages while ensuring best machine rigidity.

Precision Hand Scraping

The connecting area between columns and bed are precisely hand scraped

Precision Feedback System

The semi-closed loop circuit system which the ball screw end is directly connected to the encoder ensures high positioning accuracy.

Axial Torque Clutch

Three axes ball screws are equipped with mechanical torque clutches to minimize damages due to over load issues or crash.

Optimum Spindle System

lnner-rail embraced structure provides high rigidity and gains good stress flow which minimizes overhang and vibration issues. The Y-axis linear guide ways offset from each other increases structural rigidity reduces distance between spindle to cross beam enhances overall cutting performance.

Unique head design which the main spindle, spindle motor, ball screw and hydraulic counter ballance cylinders are symmetrically placed. Hereby preventing thermal distortion and minimizing deflection. Assuring accuracy and heavy cutting capability.

6,000 rpm Gear Spindle

8,000 rpm Direct-drive Spindle

10,000 rpm Direct-drive Spindle