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THK Standard-Stock Precision Ball Screw Finished Shaft Ends Model BNK 1616-3.6G0+771LC5Y

Model BNK Specification TableB-608 For this model, screw shafts with a diameter φ4 to φ25 mm and a lead 1 to 20 mm are available as the standard.

BRD45A0 ABBA BLOCK

The accuracy of linear guides can be divided into three types: Running parallelism, Tolerance, and Difference
of heights and widths. (As several blocks are used on one rail, or as several shafts are installed on the same
surface, the Difference of heights and widths of each model are specified.

BRD35LA ABBA BLOCK

The accuracy of linear guides can be divided into three types: Running parallelism, Tolerance, and Difference
of heights and widths. (As several blocks are used on one rail, or as several shafts are installed on the same
surface, the Difference of heights and widths of each model are specified.

BRD35A0 ABBA BLOCK

The accuracy of linear guides can be divided into three types: Running parallelism, Tolerance, and Difference
of heights and widths. (As several blocks are used on one rail, or as several shafts are installed on the same
surface, the Difference of heights and widths of each model are specified.

BRD35A0 ABBA BLOCK

The accuracy of linear guides can be divided into three types: Running parallelism, Tolerance, and Difference
of heights and widths. (As several blocks are used on one rail, or as several shafts are installed on the same
surface, the Difference of heights and widths of each model are specified.

BRD30LA ABBA BLOCK

The accuracy of linear guides can be divided into three types: Running parallelism, Tolerance, and Difference
of heights and widths. (As several blocks are used on one rail, or as several shafts are installed on the same
surface, the Difference of heights and widths of each model are specified.

BRC30LA ABBA BLOCK

The accuracy of linear guides can be divided into three types: Running parallelism, Tolerance, and Difference
of heights and widths. (As several blocks are used on one rail, or as several shafts are installed on the same
surface, the Difference of heights and widths of each model are specified.

BRD30A0 ABBA BLOCK

The accuracy of linear guides can be divided into three types: Running parallelism, Tolerance, and Difference
of heights and widths. (As several blocks are used on one rail, or as several shafts are installed on the same
surface, the Difference of heights and widths of each model are specified.

BRC30A0 ABBA BLOCK

The accuracy of linear guides can be divided into three types: Running parallelism, Tolerance, and Difference
of heights and widths. (As several blocks are used on one rail, or as several shafts are installed on the same
surface, the Difference of heights and widths of each model are specified.

BRD25LA ABBA BLOCK

The accuracy of linear guides can be divided into three types: Running parallelism, Tolerance, and Difference
of heights and widths. (As several blocks are used on one rail, or as several shafts are installed on the same
surface, the Difference of heights and widths of each model are specified.

BRC25LA ABBA BLOCK

The accuracy of linear guides can be divided into three types: Running parallelism, Tolerance, and Difference
of heights and widths. (As several blocks are used on one rail, or as several shafts are installed on the same
surface, the Difference of heights and widths of each model are specified.

BRC25A0 ABBA BLOCK

The accuracy of linear guides can be divided into three types: Running parallelism, Tolerance, and Difference
of heights and widths. (As several blocks are used on one rail, or as several shafts are installed on the same
surface, the Difference of heights and widths of each model are specified.