troyke 12 rotary table made in china

5. Payments. PIS must receive the balance of the total purchase price no later than the close of business on the day following the auction (the "Final Payment Date"). All payments must be by cashier"s or certified check, federal wire transfer of immediately available funds or a corporate check accompanied with a bank letter of guarantee, and all of the foregoing must be in form, scope and substance acceptable to PIS. Credit cards are only accepted for Electronic bidding registration and for Liquidated Damages in the event of a default. If paying by credit card, the exchange rate for sales conducted in foreign currencies will be posted the day of the sale and will be based upon the current currency conversion rates. Without limiting PIS discretion, no corporate checks without a bank guarantee and no personal checks will be accepted. No title shall pass to Buyer until the total purchase price and all Taxes have been paid to PIS in collected funds.

6. Taxes. Buyer must also pay to PIS on or before the Final Payment Date, all sales, export, use and other taxes due to any federal, state or local taxing authority (the "Taxes") as a result of Buyer"s purchase, including without limitation, any taxes arising from any Buyer"s Premium (as defined below). To receive the benefit of any tax exemption, Buyer must supply PIS with a sales tax exemption certificate acceptable in form, scope and substance to PIS in PIS sole discretion.

8B. Goods weighing more than 100 pounds must be removed by a qualified, insured rigger. Before any removal, Buyer must provide PIS with a certificate of insurance from the rigger, which certificate must be in form, scope and content acceptable to PIS in PIS sole discretion. Without limiting PIS discretion, such certificate must show that the rigger carries comprehensive liability insurance written by an insurance carrier of national standing and in an amount of not less than two million dollars ($2,000,000.00). Without limiting the generality of the foregoing, Buyer shall restore and repair all real and personal property that is altered or damaged as a result of Buyer"s removal of the Goods. PIS shall have no responsibility to disconnect utilities to the sold asset, including electric, gas, waste and water lines. Buyer is solely responsible to properly remove and store in appropriate containers all fluids, oils, hazardous chemicals, etc., from machinery purchased. Buyer does hereby indemnify PIS, the owner of the Goods and the owner of the premises in which the Goods are located, from any and all claims, damages, and losses arising from Buyer"s actions or actions with respect to the Goods and Buyer"s presence on the premises in which the Goods are located, including without limitation, injuries to persons or property and environmental violations or contamination. Risk of loss on any Goods shall pass to the Buyer upon payment in full to PIS of all sums due from Buyer in respect to the Goods.

12. If for any reason PIS is unable to deliver any Goods purchased by Buyer, PIS sole liability shall be to return all sums paid by Buyer to PIS in respect of such Goods.

I"ve been thinking of getting a rotary table for use on my bridgeport, but haven"t fully formed an idea about what I really want. Based on what I"ve seen, I"m starting to think that I probably want to end up with 2, first a smaller one that would either do horizontal and vertical mounting or adjustable angle, probably in the 6-10" range (small enough that I can easily move), and then a larger one like a big, used bridgeport one for larger work.

Well, I got one as a gift for my birthday a couple of days ago (a PhaseII), and after getting a good look at it close up I realized that I"m probably going to end up returning this one and going with something else. The biggest thing is slot sizes... it has an indexing piece for use up on end that looks like it is intended for one slot size, and the slots on the table face are a smaller size, both smaller than the standard slots/holddowns that I have for the bridgeport. Seems like it would be a hassle mount it down to the table securely and then I"d need another set of hold down hardware just for use with the table.

I have a Jet JTM-830 vertical mill with a 7-inch wide table. Would there be anything wrong with using a 10-inch rotary table? It would hang over a bit, but it seems like it would allow for easier clamping, and machine table movement would allow me to cover the whole table. I obviously don"t want one so large or heavy that it affects the machine, but on the other hand, a 6-inch rotary table seems like it would have too many limitations.

I have a 12" Van Norman rotary table (probably 125lbs+) I use on all our machines, from the Grizzly Millrite copy to the VN 22L. I wouldn"t LEAVE it bolted to the table of the Grizzly, especially run way over to one side, but if the knee won"t hold that up, it probably shouldn"t be called mill. Get a big "un.

18x72 L&S, Fosdick 3ft radial, Van Norman 2G bridgemill, Van Norman #12, K. O. Lee T&C grinder, Steptoe-Western 12X universal HS shaper, 16spd benchtop DP, Grob band filer, South Bend 10L

The 10" and 12" rotary table is fairly common in shops with standard Bridgeport mill types having a 9" table. The 10" should be adequate and a lot lighter than the 12"s. There are also 8" rotary tables. I doubt weight would be an issue for these smaller sizes.

Your assessment is right on the money. Buy the largest table you are comfortable in handling. I use a 12" and wouldn"t want one any smaller. It"s just too damned hard to make acceptable setups on small tables. If it weren"t for the difficulty of handling the 15" Bridgeport table, I"d have bought that in place of the 12" one I own.

I"d have to admit that the majority of RT setups using toe clamps do eat up the outer 1"+ of the table surface. Thereby reducing the working envelope if no other means of work holding are available.

I hope to put up an I-beam trolly with an electric hoist to avoid lifting my 12" RT. I would not want to even think of lifting a 15" unit without a hoist system. LOL!

I did buy mine along with the dividing plates and tailstock, but the 12" diameter gets in the way for horizontal work. Fortunately I have a spin index, super spacer and gear indexing head to handle some of those areas. Since I have CNC capability now, it sure has spoiled my need for a RT as much.

That"s the one place size can work against you. I have the right angle plate for my Bridgeport, and it"s all I can do to put the rotary table on the mill when it"s mounted to the plate. A lifting device certainly wouldn"t be a bad idea, especially now that I"m older and don"t have the physical strength necessary to handle the table. I guess my advice might be tempered with the comment that it depends on how you"d use your table--------the smaller tables can be easier to use when doing horizontal work, and don"t eat up spindle clearance quite as much.

You could always buy a smaller table and then add an aluminum sub table to it to make it larger. My table is 8" and I plan to make a 12" table top 1" thick. Then you can drill and tap it for clamps or whatever you prefer.

You could always buy a smaller table and then add an aluminum sub table to it to make it larger. My table is 8" and I plan to make a 12" table top 1" thick. Then you can drill and tap it for clamps or whatever you prefer.

That"s an excellent way to extend any rotary table. I have a plate that is about 16" diameter that pins to the center hole of my table for quick setup. I also drilled and counterbored the mounting holes so nothing is above the surface when it"s installed. As you suggest, it"s easy to drill and tap holes as necessary.

This is how that can work. This operation is milling radiused cheek horn slots (to 11"R) on locomotive axleboxes. The "plank" is a piece of 3/4" steel plate picked up as scrap and surface prepped. The DTI at right is placed so as to indicate rise of table and therefore exact depth of cut.

The rotary table is a restored 9" Troyke (ca 1949), a grimey lump picked up for peanuts on eBay but which turned out to be virtually unused under the grunge. I"m not sure of the weight of this but it"s about the heaviest table I"d want to lug around the workshop and keep off the machine and mount it each time I needed to use it.

Rigging and removal is the responsibility of the buyer. Small items that can be carried out should be removed immediately after the auction or at the latest, the day after the auction. All riggers or buyers who will be removing items using any powered vehicle will need to provide a certificate of insurance that is acceptable to Heath Industrial. Removal will begin when the auction sale has been completed and payment in full has been received.

formatting link It was described as "untested, as is", so I called the seller and spoke on the phone. My impression from him was that he was an honest person, so I bought this table despite it being AS IS.

Now that I have only a few odds and ends to do on the mill, like buttons and switches. They are complicated due to HALUI etc, so I wanted to do soemthing easy. I looked at the table again.

I stuck a bar into the table"s motor connection (star type plastic force transmitter thingy) and tried to turn the table. After a little effort with a wrench, it moved. I found one more screw that might (not sure) have stopped the table, backed it out, and in any case, after a little while of rocking around the table felt much easier to move. It might have sat for 10 years or whatever and just got all stuck.

What I do not know is what is the operating voltage of this table. How would I find out? I am thinking, to take the motor out again (or take the rear encoder cover), and increase voltage until I get approximately 2,000 RPM from the motor. That should be appx. the max voltage. I do not really care with this table, to get max speed from it, as rotary tables do not often need to turn fast. I just do not want to go beyond the parameters of the motor.

Hello; I saw this #4 on Facebook marketplace. It looks to have the gear head motor. Check at the following: (6) Marketplace - Burke 126a keyway cutter mill | Facebook Bill

Hello; I saw this #4 on Facebook marketplace. It looks to have the gear head motor. Check at the following: (6) Marketplace - Burke 126a keyway cutter mill | Facebook Bill

Hey Guys, Quick and easy one. What size T-Nuts fit the Burke No. 4? The slot is 0.500 wide at the table surface. Will a 1/2-inch nut bind, or is a 1/2-inch nut milled to fit a 1/2-inch slot? I know I

Hey Guys, Quick and easy one. What size T-Nuts fit the Burke No. 4? The slot is 0.500 wide at the table surface. Will a 1/2-inch nut bind, or is a 1/2-inch nut milled to fit a 1/2-inch slot? I know I

Hello, I have a little slop on my table when trying to indicate my Kurt Vise to be square with the table. See Pic. Trying to figure out where the adjustment is for this. Anyone know? Thank you!

Hello, I have a little slop on my table when trying to indicate my Kurt Vise to be square with the table. See Pic. Trying to figure out where the adjustment is for this. Anyone know? Thank you!