3 jaw chuck rotary table made in china

6" PRECISION 3 slot ROTARY TABLE /HORIZONTAL&VERTICALwith 6" 3-jaw self-centering chuck top&bottom reversible jaws, front mounting. All bolts and T-nuts to  mount the chuck  included.

OLIMA 3-Jaw Lathe Scroll Chuck 5" Self centering Lathe Chucks 1.Material:Cast Iron 2.Competitive price 3.500 sets sells per month 4.Greater durability and extened life 5. Certain discount is given on large quantities Size D1 D2 D3 H H1 h z-d 80 55 66 16 66.5 50 4 3-M6 100 72 84 22 74.5 55 3 3-M8 125 95 108 30 84.5 58 4 3-M8 230 190 210 70 120 80 6 3-M12 240 195 215 70 120 80 8 3-M12 250 206 226 80 120 80 5 3-M12 315 260 285 100 147.5 90 6 3-M16 320 270 290 100 147.5 90 6 3-M16 325 272 296 100 147.5 90 6 3-M16 380 325 350 130 173.5 100 6 3-M16 400 340 368 130 173.5 100 6 3-M16 500 440 465 210 202 115 6 6-M16 630 545 586 252 220.5 135 7 6-M16 We also could supply " Packaging & Shipping packaging: packed in carton boxes or packed as per your request shipping: within 20days after receiving payment 3 Jaw Chucks ~~~~~~~~~~~~~~~~~~ Our Advantages ~~~~~~~~~~~ 1) Cost Control---Lower your cost in products purchase,insurance & cogistics 2) Quick Respond---offers & solutions send within 48 hours 3) Fast Delievery---universal & interchangeable parts delivery within 30 days 4) Various Payment terms---T/T,L/C,Paypal,Western Union,etc 5) Lifetime Technology Support--help you to solve the industry manufacturing problems 3 Jaw Chucks ~~~~~~~~~~~~~~~~~Contact us~~~~~~~~~~~~~~~ For further relevant product images or details, please visit our company website: Shandong Sishui OLI Machine Co., Ltd Add.: No. 9 Quanxin Rd. Sishui Economic Developing Zone, Jining, Shandong, China Tel: ++86-537-4252090 MP: +8618366758978 Fax: ++86-537-4255482 TradeManager:cn1510662269 QQ:2114908851 Skype:olima003 WeChat/WhatsApp:+86 15563754257 3 Jaw Chucks Dear customer, In order to improve our efficiency of please inform us the following information while sending inquires: Specific size or drawings, Opeation environment, Purchase quantity for each items, Special requirements

I just picked up my third Phase II rotary table chuck. It"s a nice Chinese 6" chuck with two-piece jaws. My only complaint with these things is that they don"t relieve all the edges, so you can rip your fingers open pretty good with one.

This thing is not sold as a lathe chuck on Enco"s site, and the crate says "Rotary Table Chuck" on it. That got me wondering. Is there any reason a person can"t take one of these and use it on a lathe? I don"t need to do that, but I can"t help being curious. I sent Phase II an inquiry.

Helpful info for anyone else who has an 8" Phase II table: Enco"s site is messed up. It lists the 8" chuck as correct for the 8" table. Obviously, this is not right, because there is no way to attach it to a table that small. Not if you use the Phase II adaptor.

A rotary table is a precision work positioning device used in metalworking. It enables the operator to drill or cut work at exact intervals around a fixed (usually horizontal or vertical) axis. Some rotary tables allow the use of index plates for indexing operations, and some can also be fitted with dividing plates that enable regular work positioning at divisions for which indexing plates are not available.

This 4" Rotary Table comes complete with a Chuck Backplate, 2 Hold-down clamps and 4xT-Nuts. The product may be used horizontally or vertically.The chuck backplate is for Chinese 80mm 3-jaw or 4-jaw chucks and is also for ER25 / ER32 95mm lathe collet chucks.Rotary Table Combo ( 050-040-00105 ) includes 4" Rotary Table ( 050-040-00100 ), Dividing Plate ( 050-040-00102 ), and Tailstock （ 050-040-00101 ）.Specidications:Table Dia.: 100mm / 4"Length: 140mmWidth ( excl. h/wheel ): 126mmHeight: 73mmBore Taper: MT2T-Slot: 8mm ( Please use M6 clamping kit )Locating Key Width: 10mmCentre Height ( when vertical ): 68mmGear Ratio: 1:72Handwheel Divisions: 2"Min. Vernier Reading: 10"Chuck Backplate Register: 55mmDividing Plate Divisions 6 - 1080

You are right about getting the morse taper correct! that has been in my thoughts about this set up! I have thought about it for a while and I think would want to make this as short as I could, also I am not real concerned about getting the morse taper fit really tight just a good snug fit, and have a flange like you do and just drill about 3 holes in that flange for some allen flat heads and drill and tap the rotary table so it can be bolted down and no chance of moving! so basically the tapered hole in the rotary table would be to line up the adapter not really do any holding the flange and the flat head allens would be bolted down to the table! best set up would be just so the tapered shaft morse #2 would fit so the flange could pull it into the taper flush with the rotary table top! would take a bit of fitting to get it just right but can be done! to me that would be the ideal way to get it made, if the morse taper was not so hard to turn you could machine it until it fit just right but it would have to be indiacted in to run true and they are a pain in the @#%[email protected]#% to make with the right angle on the compound! for this set up it would be better if the hole in the rorary table was not tapered it would make the whole job an easy one! but if the table is needed for vertical work the tapered hole is handy!

The Vertex is different from the others ... you have to buy a separate lathe-style chuck with an MT2 or MT3 arbor sticking out the back of the chuck. The main part has a MT2 or MT3 hole, and the body rotates on a horizontal axis to tilt. You don"t have to use the usual lathe-type chuck on it. For small work you can use a Jacobs chuck with arbor. I don"t think you can do rotation about 2 axes, just one; but I could be wrong. I have seen one at the tool store I go to and they have still not sold it after a couple of years so perhaps it is not as useful as I think but it sure does look nice.

As for the term "hinge", I made that up. The one I am thinking of is still called a rotary table; there are two parts ... the rotary table, and then the base. The two are connected on one side by the hinges (just two tabs with holes, a rod, and the horizontal hole in the base that the rod goes through). The tab parts fit over the edges of the base and the rod slides through the tab holes and the horizontal hole in the base.

Even with a rotary table that is not hinged, you can mount it vertically and in that position you might call it a dividing head because you can usually buy a tailstock for it, and, for certain ones the dividing plates.