MicroCentric Precision Workholding Solutions Collet Chucks for "S" Style Collet Pads
Open the catalog to page 1Overview & Product Features . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Description of Chuck Models . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . CB-NB/S Collet Chucks - Pull Back Design . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . CB-ND/S Collet Chucks - Dead Length Design . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . CB-ND/NDR/S Collet Chucks...
Open the catalog to page 2"S" Pad Collet Chuck Overview MicroCentric introduces a new line of Collet Chucks for "S" Style Collet Pads. The MicroCentric design is based on a vulcanized master collet which allows the chuck to be shorter than designs using conventional spring type master collets. Shorter chuck length promotes increased rigidity and enables full use of a machine's Z axis. The MicroCentric master collet also produces a parallel clamping action that results in higher chucking forces. This feature together with greater rigidity permits heavier cuts and improves tool life. Low Profile Design • Short overall length...
Open the catalog to page 3MicroCentric "S" Pad Collet Chuck Models All components of MicroCentric Collet Chucks are made from hardened and precision ground alloy steel for high accuracy and unsurpassed long term performance. Their modular design makes it possible to adapt MicroCentric chucks to all machine spindle nose and draw tube configurations. NB/S Series - Pull Back Design In the CB-NB/S series collet chuck, the master collet is coupled directly into the draw tube connector. As the draw tube is actuated, the master collet is drawn into the tapered seat of the chuck body, efficiently translating draw tube force into...
Open the catalog to page 4CB-NB/S Collet Chucks - Pull Back Design In the CB-NB/S series collet chuck, the master collet is coupled directly to the draw tube connector. As the draw tube is actuated, the master collet is drawn into the tapered seat of the chuck body, efficiently translating draw tube force into maximum clamping force. CB-NB/S Features • Pull Back design maximizes the efficiency of the clamping system by concentrating all forces in the direction of the spindle for highest accuracy and greatest overall rigidity • Low profile OD and short overall length provides increased tool clearance and maximum utilization...
Open the catalog to page 5Chuck Model Spindle Fig. Nose CB46-NB/140/S16 1 140mm 3.095" 144.8mm 177.8mm 237.5mm 278.1mm 50.8mm 107.9mm 143.5mm 1mm Spindle adapter plates other than those listed above are quoted upon request.
Open the catalog to page 6CB-ND/S Collet Chucks - Dead Length Design In the CB-ND/S series collet chuck, the master collet is coupled to the chuck body and remains stationary as the tapered seat moves forward during clamping. This design keeps the collet in a fixed Z axis position as the chuck is actuated, and does not create a pull back effect on the bar. CB-ND/S Features • Dead Length design produces no pull back on the workpiece • Low profile OD and short overall length provides increased tool clearance and maximum utilization of the machine's Z axis travel compared to conventional master collet chucks • Radial adjusting...
Open the catalog to page 7Spindle Chuck Model Fig. Nose A B C D E F Spindle adapter plates other than those listed above are quoted upon request.
Open the catalog to page 8CB-NDR/S Collet Chucks - Pull to Close Dead Length Design for Servo Bar Loaders The CB-NDR/S series collet chuck is a new patented Dead Length design for use with servo stop bar loaders. The chuck is actuated as the draw tube is pulled into the machine spindle. The master collet is coupled to the chuck body and remains stationary as the tapered seat moves forward during clamping. This feature keeps the collet in a fixed Z axis position, and since the draw tube is moving into the spindle, the bar remains positioned against the servo stop. CB-NDR/S Features • Pull to Close Dead Length design produces...
Open the catalog to page 9Spindle Chuck Model Fig. Nose A B C D E F Spindle adapter plates other than those listed above are quoted upon request.
Open the catalog to page 10CB-NS/S Collet Chucks - Sub Spindle Design The CB-NS/S series is a low profile dead length collet chuck designed especially for sub spindle applications. The master collet is coupled to the chuck body and remains stationary as the tapered seat moves forward during clamping. This design keeps the collet in a fixed Z axis position as the chuck is actuated, and does not create a pull back effect on the bar. CB-NS/S Features • Dead Length design produces no pull back on the workpiece • Reduced chuck OD for maximum clearance on sub spindles • Short overall length provides increased tool clearance...
Open the catalog to page 11Spindle Chuck Model Fig. Nose A BCD EFGH CB46-NS/110/S16 1 110mm 3.095" 4.625" 5.000" - - 2.329" 3.899" .055" 98.7mm 139.7mm 158.7mm 164.6mm 22.2mm 45.3mm 120.3mm9mm Spindle adapter plates other than those listed above are quoted upon request.
Open the catalog to page 12Collet Pad Model Master Collet Model Chuck Model S-16 S-20 S-22 S-26 S-30 S-35 Master collets are made from hardened alloy steel, and are precision ground to very close tolerances to assure best accuracy and long term performance. Master collets are supplied with clamp screws. Fixture Model Master Collet Model Type Chuck Model CM46S-16ManualCB46 Series CM65S-20 & S-22ManualCB65 Series CM80S-26 & S-30ManualCB80 Series CP100 S-35 Pneumatic CB100 Series Collet installation fixtures are used to insert and remove the master collet from the collet chuck. Removal of the master collet...
Open the catalog to page 13* For machines with a straight spindle pilot a detail drawing of the spindle must be submitted ** Positive (+) indicates draw tube is in front of the spindle face (as shown) Negative (-) indicates draw tube is behind the spindle face
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