OTT-JAKOB fixture 95.101.284.9.2 SK60

OTT-JAKOB fixture 95.101.284.9.2 SK60

OTT-JAKOB fixture 95.101.284.9.2 SK60

Partial product series/OTTJAKOB

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(1) OTT-JAKOBSK series claws

The OTT-JAKOBSK series of claws are divided into SK30, SK40, SK50, and SK60 standard sizes with a knife holder and a high angle conical surface claw. Its characteristic is that the inner contour of the spindle is uniform and independent of each standard. Therefore, machine tool and spindle manufacturers can deliver products according to customer needs without making any changes to spindle design. The SK knife pulling device system consists of a claw with a support sleeve, a traction head with an integral force amplification mechanism, and a hydraulic or pneumatic pushing mechanism, and requires a rotating combination device for internal cooling or air transmission. OTT-JAKOB jaws are parts used in chucks to grip workpieces. The universal puller device system produced by OTT-JAKOB company is designed for * and can be used for SK interfaces with various standard contours (high angle cone shank 7:24) as well as modern HSK interfaces (hollow shaft cone shank).

(2) OTT-JAKOBHSK series claws

The OTT-JAKOBHSK series of claws are divided into several categories: K, B, C, and BK. The HSK knife pulling device system has the same modular structure, but unlike the SK power pull rod head, they consist of the HSK clamping handle device and a traction head without a force amplification mechanism. OTT-JAKOB jaws are parts used in chucks to grip workpieces. The universal puller device system produced by OTT-JAKOB company is designed for * and can be used for SK interfaces with various standard contours (high angle cone shank 7:24) as well as modern HSK interfaces (hollow shaft cone shank).

(3) OTT-JAKOB loosening device

The OTT-JAKOB loosening device is divided into: LE60、LE92、LE95、LE95-F、LE102-B、LE115、LE123-B、LE124FB、LE150、LE150-PA、LE119-P Waiting series. The loosening clamping device uses hydraulic or pneumatic methods, and the cutting force depends on the pulling force and the number of revolutions, especially in the 7:24 system of steep conical surfaces, the number of revolutions will cause an increase in the corresponding loosening force. This is because the spindle cone surface expands, especially during high-speed rotation, causing the tool to gradually hook and retract into the spindle. Almost all release units of OTT-JAKOB can be equipped with this system to enable the clamping (tool holder) device to be positioned with * accuracy.