tailstock4
Cast Iron
- Joined
- Mar 3, 2013
- Location
- Oklahoma, USA
I built this cart the other day out of what I had laying around. Its scale could be up-sized or down. My purpose was to be able to lift the heavier chucks for the American Pacemaker lathe I have. These chucks can weigh upwards to 130 lbs.
The smaller chucks on the front are on the cart for storage. The first picture is of the individual pieces. The cart itself bears no weight or stress from the chucks. I’ve tested the lifter up to 230 lbs. with no problems. The lifter has a 30” reach and is 7’ tall. The cart is 4’ long overall. And the cabinet is 20.5” wide, 30” long and 36” tall. The lifting mechanism is just a Harbor Freight 500 lb. chain come-along which is adequate and quick.
The rotation of the lifter is supplied by a 2,500 lb. spindle and hub axle. The only real problem I encountered was with the elbow joint. I originally tried using a bronze bushing. This had entirely too much friction, so I changed to two Koyo 3/4” x 1” x 1/2” wide needle bearings. There is a spacer in between and a ball thrust bearing at the top. This resulted in no friction even when fully loaded.
The lifter works very well in actual use. The articulating arm of the lifter together with its rotation makes aligning and removing chucks very easy and uneventful. It solved my problem.
The smaller chucks on the front are on the cart for storage. The first picture is of the individual pieces. The cart itself bears no weight or stress from the chucks. I’ve tested the lifter up to 230 lbs. with no problems. The lifter has a 30” reach and is 7’ tall. The cart is 4’ long overall. And the cabinet is 20.5” wide, 30” long and 36” tall. The lifting mechanism is just a Harbor Freight 500 lb. chain come-along which is adequate and quick.
The rotation of the lifter is supplied by a 2,500 lb. spindle and hub axle. The only real problem I encountered was with the elbow joint. I originally tried using a bronze bushing. This had entirely too much friction, so I changed to two Koyo 3/4” x 1” x 1/2” wide needle bearings. There is a spacer in between and a ball thrust bearing at the top. This resulted in no friction even when fully loaded.
The lifter works very well in actual use. The articulating arm of the lifter together with its rotation makes aligning and removing chucks very easy and uneventful. It solved my problem.