0.001° minimum positioning increment. High rigidity structure: disk and shaft in a single piece – increased rigidity. Increased wear resistance –worm gear driveshaft. High precision cross roller bearings Can be used in vertical or horizontal orientation. Pneumatic clamping brakes. Suitable for cutting: aluminum, copper, magnesium, and aluminum alloys. Machining applications: fine finishing and angular column cutting. High precision workpieces: medical applications, bicycle components, cell Phones, precision sculpting, and 3C industry panels.

Motor is mounted at the left. 0.001° minimum positioning increment. High rigidity structure: disk and shaft in a single piece – increased rigidity. Increased wear resistance –worm gear driveshaft. High precision cross roller bearings. Can be used in vertical or horizontal orientation. Pneumatic clamping brakes. Suitable for cutting: aluminum, copper, magnesium, and aluminum alloys. Machining applications: fine finishing and angular column cutting. High precision workpieces: medical applications, bicycle components, cell phones, precision sculpting, and 3C industry panels.

Motor is mounted at backend. 0.001° minimum positioning increment. High rigidity structure: disk and shaft in a single piece – increased rigidity. Increased wear resistance –worm gear driveshaft. High precision cross roller bearings. Can be used in vertical or horizontal orientation. Pneumatic clamping brakes. Suitable for cutting: aluminum, copper, magnesium, and aluminum alloys. Machining applications: fine finishing, angular column cutting. High precision workpieces: medical applications, bicycle components, cell phones, precision sculpting, and 3C industry panels.

Complete machining in a single set up. Reduces production cycle times and increases productivity. Single motor to control all axes saves energy. Avoids requirement for multi clamping and reduces tool changing requirements. Provides pneumatic or hydraulic clamping brakes according to industry requirements.

0.001° minimum positioning increment. High rigidity structure: disk and shaft in a single piece – increased rigidity. Increased wear resistance – worm gear driveshaft. Can be used vertically or horizontally. High clamping force: full circular hydraulic clamping, no deviation during heavy machining. High precision bearing: uses 2 high precision bearings for support to increase positional accuracy during rapid movement. Suitable for cutting: Iron castings and steel machining applications: large molds with multiple cutting surfaces workpieces: automotive turbine housings, exhaust manifolds, tire mold machining, and valve machining.

Motor is mounted at the left. 0.001° minimum positioning increment. High rigidity structure: disk and shaft in a single piece – increased rigidity. Increased wear resistance – worm gear driveshaft. Can be used vertically or horizontally. High clamping force: full circular hydraulic clamping, no deviation during heavy machining. High precision bearing: uses 2 high precision bearings for support to increase positional accuracy during rapid movement. Suitable for cutting: Iron castings and steel machining applications: large molds with multiple cutting surfaces workpieces: automotive turbine housings, exhaust manifolds, tire mold machining, and valve machining.

Fixed angle indexing increments (1 or 5) CNC controlled. Triple plate clutch structure: high precision, suitable for heavy machining. Can handle high rigidity off-center cutting. Pallet changer does not rise during operation to maintain accuracy. It can be used in vertical or horizontal orientation.

Fixed angle indexing increments (1 or 5) CNC controlled. Triple plate clutch structure: high precision, suitable for heavy machining. Can handle high rigidity off-center cutting. Pallet changer does not rise during operation to maintain accuracy. It can be online with CNC boring machines to serve as a fourth spindle or used together as a single axis controller.

Fixed angle indexing increments, can be split into 2,3,4 up to 24 increments. Triple plate clutch structure: high precision, suitable for heavy machining. No servo motor required. Uses hydraulic control systems. Rapid angular positioning

Fixed angle indexing increments, can be split into 2,3,4 up to 24 increments. Triple plate clutch structure: high precision, suitable for heavy machining. No servo motor required. Uses hydraulic control systems. Rapid angular positioning.

Position cone x 4 for position and clamping worktable. Hydraulic teeth control the worktable exchange automatically. Running/Accuracy test 78 hours at least continually. According to design by DIN & ISO standard.