BRC30R0 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.
BRD25LR 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.
BRC25LR 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.
BRD25R0 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.
BRC25R0 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.
BRD20LR 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.
