• The Bearing Positioning Tool Set provides a convenience way to contact closely
  and smoothly with the upper inner edge of a bearing so that hammering force
  can be applied evenly to enable the bearing to be smoothly and quickly
  assembled and positioned in the insert hole of an axle.
• It includes a grip having an inner end fixed with a combining rod with a combining
  hole and 6 pieces heavy-duty positioning press blocks with different diameters in
  order to match different-sized bearings.
• There are 3 pieces positioning press blocks are formed with two different diameters.
• Set contains nine sizes: 1.555＂(39.5mm), 1.752＂(44.5mm), 1.968＂(50.0mm),
                                         2.322＂(59.0mm), 2.48＂  (63.0mm), 2.559＂(65.0mm),
                                         2.834＂(72.0mm), 2.992＂(76.0mm), 3.189＂(81.0mm).

• Warning: Always wear ANSI approved safety goggles when working with tool and
  equipment. In using, as shown in Figs. 1-3, firstly, pick out a positioning press block
  2 with a suitable diameter and circumference according to the size of the inner
  diameter of a bearing (B) to be assembled. Next, the combining rod 10 of the grip 1
  is inserted through the central insert hole 20 of the positioning press block 2 and then
  the combining member 3 is threadably combined with the combining threaded hole 11
  of the grip 1 to fix the positioning press block 2 in position. In operating for positioning
  the bearing (B), as shown in Figs. 2 and 3, firstly, the positioning press block 2 has its
  first fitting member 21 (or the second fitting member 23) closely contacting with the
   inner wall (B10) of the bearing (B) and its first holding edge 22 (or the second holding
  edge 24) closely and horizontally resting on the upper edge (B11) of the bearing (B).
  Next, the bearing (B) is driven into the insert hole (A) of an axle by striking the
  hammering end 12 of the grip 1 with a hammering tool. Thus, since the positioning
  press block 2 has its first fitting member 21 and its first holding edge 22 respectively
  and horizontally contacting closely with the inner wall (B10) and the upper edge (B11)
  of the bearing (B): therefore, the bearing (B) can smoothly and quickly be assembled
  and positioned in the insert hole (A) of an axle.

• The Bearing Positioning Tool Set provides a convenience way to contact closely
  and smoothly with the upper inner edge of a bearing so that hammering force
  can be applied evenly to enable the bearing to be smoothly and quickly
  assembled and positioned in the insert hole of an axle.
• It includes a grip having an inner end fixed with a combining rod with a combining
  hole and 6 pieces heavy-duty positioning press blocks with different diameters in
  order to match different-sized bearings.
• There are 3 pieces positioning press blocks are formed with two different diameters.
• Set contains nine sizes: 1.555＂(39.5mm), 1.752＂(44.5mm), 1.968＂(50.0mm),
                                         2.322＂(59.0mm), 2.48＂  (63.0mm), 2.559＂(65.0mm),
                                         2.834＂(72.0mm), 2.992＂(76.0mm), 3.189＂(81.0mm).

• Warning: Always wear ANSI approved safety goggles when working with tool and
  equipment. In using, as shown in Figs. 1-3, firstly, pick out a positioning press block
  2 with a suitable diameter and circumference according to the size of the inner
  diameter of a bearing (B) to be assembled. Next, the combining rod 10 of the grip 1
  is inserted through the central insert hole 20 of the positioning press block 2 and then
  the combining member 3 is threadably combined with the combining threaded hole 11
  of the grip 1 to fix the positioning press block 2 in position. In operating for positioning
  the bearing (B), as shown in Figs. 2 and 3, firstly, the positioning press block 2 has its
  first fitting member 21 (or the second fitting member 23) closely contacting with the
   inner wall (B10) of the bearing (B) and its first holding edge 22 (or the second holding
  edge 24) closely and horizontally resting on the upper edge (B11) of the bearing (B).
  Next, the bearing (B) is driven into the insert hole (A) of an axle by striking the
  hammering end 12 of the grip 1 with a hammering tool. Thus, since the positioning
  press block 2 has its first fitting member 21 and its first holding edge 22 respectively
  and horizontally contacting closely with the inner wall (B10) and the upper edge (B11)
  of the bearing (B): therefore, the bearing (B) can smoothly and quickly be assembled
  and positioned in the insert hole (A) of an axle.