|Table Diameter (mm)||ø 135|
|Registered Diameter of Table (mm)||ø 65H7|
|Spindle Through Hole Diameter (mm)||ø 70|
|Center Height (mm)||140|
|Clamping Method (mm)||Pneumatic|
|Clamping Torque (N·m)
|Inertia Converted into Motor (kg·m2)||0.00010|
|Max. Spindle Speed (min-1)
|Allowable Work Inertia (kg·m2)||1.0|
|Indexing Accuracy (sec)||20|
|Mass of Product (kg)||58|
|Allowable Load||Horizontal (kg)||200|
|Allowable Cutting Torque (N･m)||270|
|Manual Tailstock (Option)||MR160RN|
|Tail Spindle (Option)||TSRC140/MSR142A/TSR142A|
|Rotary Joint (Option)||4-port (Hyd./Pneu.)
5-port (Hyd./Pneu. 4 + Pneu. 1)
7-port (Hyd./Pneu. 6 +Pneu. 1Note))
(Kitagawa Own Controller Spec.)
|Tailstock Tail Spindle|
Note) The (+1) port of 7-port rotary joint is a multi-purpose hole for pneumatic port, high-pressure coolant, work seating detection sensor, etc. Please tell our sales staff the purpose in advance.
Wide variety of world’s standard power chuck
High gripping force & stability to suit various requirements
Necessary item for Quality control and Safety
Standard Manual Chucks suit to a high-mixture of work pieces and low-volume production.
High performance Rotary Cylinder is integral to for the operation of a power chuck and extracts the maximum capability of the chuck.
Compact & high accuracy Combination with chuck is available.
Tail stocks, tail spindles, rotary joints, rotary chucks and others
Toggle joint mechanism Long jaw stroke
Stationary power chuck with built-in cylinder
Grippers for industrial robots
Information on discontinued products is posted.