Kitamura Double Column Machining Centers
Larger parts require larger capacity and increased rigidity in order to support heavier table loads. Kitamura’s Bridgecenter Double Column Machining Centers are designed for extreme cutting capacity, offering the benefits of solid box way construction, high speed/high torque spindle options, spacious work envelopes, and a patented double column bridge type design. Standard linear scale feedback and #40 and #50 taper spindle configurations make these machines ideal for the mold industry where high levels of accuracy are needed in roughing & finishing large cavities and cores.
Double Column Machining Centers: Big Parts, Heavy Cuts
Bridgecenter-6G #40
Travel (X, Y, Z)
1,530 x 1,095, x 710mm (60.2" x 43.1" x 28") High-speed, high-precision double column machining center for large components
Bridgecenter-6G #50
Travel (X, Y, Z)
1,530 x 1,095, x 710mm (60.2" x 43.1" x 28") High-torque, rigid double column machining center for heavy-duty machining of large components
Bridgecenter-8G #40
Travel (X, Y, Z)
2,032 x 1,095 x 710mm (80" x 43" x 28") High-speed double column machining center for high-precision machining of large, complex parts
Bridgecenter-8G #50
Travel (X, Y, Z)
2,032 x 1,095 x 710mm (80" x 43" x 28") Rigid, heavy-duty double column machining center for high-capacity machining of large, heavy components
Bridgecenter-10G
Travel (X, Y, Z)
2,540 x 1,615 x 800mm (100" x 63.6" x 31.5") High-torque, high-capacity double column machining center for precision machining of extra-large components
Bridgecenter-12G
Travel (X, Y, Z)
3,050 x 1,615 x 800mm (120" x 63.6" x 31.5") Heavy-duty, high-precision double column machining center for oversized components
Jigcenter-5G
Travel (X, Y, Z)
815 x 745 x 500mm (32" x 29.3" x 19.7") Ultra-high-precision double column jig borer for tight-tolerance machining of complex components
Transforming Manufacturing Solutions Across the Globe
Kitamura’s 5 axis CNC machining centers are trusted globally for precision, rigidity, and consistent performance in advanced manufacturing environments.
