Français
Deutsch
Italiano
Español
Português
日本語
العربية
Türkçe
Polski
Search Results For:
internal oil cooled electric spindle swiss type cnc lathe
90 Products Found
Video
JIANKE CS12-6 Swiss Type CNC Lathe with Rotary Guide Bush Mode, Internal Oil Cooled Electric Spindle, and Highly Modular Expansion Function
JIANKE CS12-6 Swiss Type CNC Lathe offers dual rotary/guide bush-less modes, internal oil-cooled electric spindle with NSK bearings, efficient chip management, flexible ejection, and modular expansion. High-precision 6-axis machining for small complex parts with ±0.002mm repeat accuracy.
Video
JIANKE CS12-6 Swiss Type CNC Lathe with Rotary Guide Bush Mode, Internal Oil Cooled Electric Spindle, and Highly Modular Expansion Function
JIANKE CS12-6 Swiss Type CNC Lathe offers dual rotary/without guide bush modes, internal oil-cooled electric spindle with NSK bearings, efficient chip management, flexible workpiece ejection, and modular expansion for high-precision small part machining.
Video
JIANKE CS12-6 Swiss Type CNC Lathe with Rotary Guide Bush Mode, Internal Oil Cooled Electric Spindle, and Highly Modular Expansion Function
JIANKE CS12-6 Swiss Type CNC Lathe offers dual rotary/without guide bush modes, internal oil-cooled electric spindle with NSK bearings, efficient chip management, flexible workpiece ejection, and modular expansion with up to 3 ER16 side rotary power tools.
Video
JIANKE CS12-6 Swiss Type CNC Lathe with Rotary Guide Bush Mode, Internal Oil Cooled Electric Spindle, and Highly Modular Expansion Function
JIANKE CS12-6 Swiss Type CNC Lathe offers dual rotary/without guide bush modes, internal oil-cooled electric spindle with NSK bearings, efficient chip management, flexible workpiece ejection, and modular expansion for high-precision small part machining.
Video
JIANKE CS12-6 Swiss Type CNC Lathe with Rotary Guide Bush Mode, Internal Oil Cooled Electric Spindle, and Highly Modular Expansion Function
JIANKE CS12-6 Swiss Type CNC Lathe offers dual rotary/without guide bush modes, internal oil-cooled electric spindle with NSK bearings, efficient chip management, flexible workpiece ejection, and modular expansion for high-precision small part machining.
Video
JIANKE CS12-6 Swiss Type CNC Lathe with Rotary Guide Bush Mode, Internal Oil Cooled Electric Spindle, and Highly Modular Expansion Function
JIANKE CS12-6 Swiss Type CNC Lathe offers dual operation modes (rotary guide bush/without guide bush), advanced Japanese oil-cooled electric spindle with NSK bearings, efficient chip management, flexible workpiece ejection, and modular expansion capability for high-precision machining of small complex parts.
Video
DT38-6S Twin Spindle 6-axis Swiss CNC Lathe with Dual Channel Control and Internal Oil Cooled Electric Spindle
JIANKE DT38-6S Twin Spindle 6-axis Swiss CNC Lathe with dual channel control and internal oil cooled electric spindle. Features rotary/without guide bush modes, powerful sixth axis tool holder, modular B-axis expansion, and advanced chip/cooling systems. Uses Taiwan SYNTEC system, Japanese NSK bearings, and THK components for precision machining up to 42mm diameter.
Video
DT38-6S Twin Spindle 6-Axis Swiss CNC Lathe with Dual Channel Control and Internal Oil Cooled Electric Spindle
JIANKE DT38-6S Twin Spindle 6-axis Swiss CNC Lathe features dual channel control, internal oil cooled electric spindles with NSK bearings, and flexible rotary/without guide bush modes. Patented 6th axis tool holder offers modular expansion including B-axis upgrade for complex machining. Advanced chip collection and cooling system ensures optimal performance.
Video
DT38-6S Twin Spindle 6-axis Swiss CNC Lathe with Dual Channel Control and Internal Oil Cooled Electric Spindle
JIANKE DT38-6S Twin Spindle 6-axis Swiss CNC Lathe with dual channel control and internal oil cooled electric spindle. Features rotary/without guide bush modes, powerful sixth axis tool holder, modular B-axis expansion, and advanced cooling system. Uses Taiwan SYNTEC system, NSK bearings, and THK components for precision machining up to 42mm diameter.
