david n
Diamond
- Joined
- Apr 13, 2007
- Location
- Pillager, MN
No. No it’s not. You get what you pay for.Hello.
but 30 k extra is a lot of money
No. No it’s not. You get what you pay for.Hello.
but 30 k extra is a lot of money
One thing in common is in 10-12 years it's quite likely that neither will still support the control hardware.Boy. Between a Haas and a Mikron .....
I’d buy a 8’ Victor lathe if I had more space. I wouldn’t touch a Victor 5 axis no matter the price. IMO, OR can’t even make a half decent VMC. I have a friend who owns a large Victor 15’ lathe, and it’s been nothing but problems since the day it was put on the floor. Swapped two spindles in the first 6 months, down 5 out of the 6. When he wanted to send it back, the sales said it wasn’t working right because the location he placed it in had bad ‘Feng shui’.I'm just curious on this subject, but do you think we already reached the "low point" of 5 axis machine prices a few years ago? It seems like the post-2020 inflation has really cranked up the prices on CNC machines. The Brother U500 is awesome but it really is just a speedio with a A+C trunnion on it.
In 2019 I was checking out some of the Taiwanese machine builders and they had some pretty beefy 4+1 and 5 axis machines at much lower prices than the Korean and Japanese companies. One was a Chevalier that looked mechanically identical to a Doosan DMN4500 but had the A+C trunnion. It was priced at like 95,000 USD.
And Victor Taichung had a bigger 5 axis VMC with mechanical layout and specs similar to a DMG Mori monoblock, had the roller cam trunnion and big 630mm platter, full 5 axis, the price was 145,000 USD. I saw a different brand, Areas Seiki, with a machine very similar to the Brother U500, except with a Capto spindle, and it was priced about the same as a Speedio S1000 - the difference being that it's a 5 axis with a capto spindle while the Brother is a BT30 VMC.
I know these were the prices in Taiwan, not the USA, but it really seems like US buyers are getting hosed by the distributor/reseller in the states. There is practically a 100,000 dollar difference for identical machines between those sold in Asia and the ones that are imported to the USA. I keep thinking "No wonder it's so hard to run a profitable manufacturing business in the US", and most American machine shops consider capital equipment to be the lesser expense compared to labor.
You have first or second hand experience of the OR VMCs or just hearsay? I don't have any myself but I know a shop that has a few of them in production and the guys speak quite highly of them - but their only other VMCs are Haas so...I’d buy a 8’ Victor lathe if I had more space. I wouldn’t touch a Victor 5 axis no matter the price. IMO, OR can’t even make a half decent VMC. I have a friend who owns a large Victor 15’ lathe, and it’s been nothing but problems since the day it was put on the floor. Swapped two spindles in the first 6 months, down 5 out of the 6. When he wanted to send it back, the sales said it wasn’t working right because the location he placed it in had bad ‘Feng shui’.
Aside from the inherent accuracy issues the unwary shop owner will encounter, I haven't heard any negatives on the reliability of Haas 5-axis machines.
Haas is what Haas is, but overall they are a reliable brand. (All builders have a lemon-or-two every now and then.)
My first job straight out of high school 15 years ago was an operator in a shop with 6 Victor VMC’s. They didn’t impress, the main complaints were broken taps and surface finish. The owner was a foreigner so he didn’t like the service to boot. However I wasn’t a programmer nor setting things up, just a monkey loading parts, so there may have been other factors at play. Funnily enough after I left owner swapped all the Victor VMC’s out for Haas machines and has been slightly happier. The goodway lathes, which also didn’t impress are still running to this day.You have first or second hand experience of the OR VMCs or just hearsay? I don't have any myself but I know a shop that has a few of them in production and the guys speak quite highly of them - but their only other VMCs are Haas so...
I have two ( actually only one now, since I moved jobs and took one with me) Victor VTurn 36 lathes (15/18" chuck) and both have been super bulletproof in the 10-12 years I've ran them. The older of the two is a 1997 and I put new spindle bearings in it two years ago when the originals lost their preload. It's mechanically as good as the day it was new. I'd not hesitate to buy another.
Everything else is hearsay, but I do live in Taiwan and there are Victor’s on every street in the Taichung area. Common things keeps coming up the 20,26,36 lathes with 8’ and 12’ chucks are solid machines,
Hmm, I meant 8 and 12 inch chucks on the Victor machines that are often seen in the field, which are the a/s/Vturn 20,26,36 lathes.96 and 144" chucks are pretty honkin' big, I'd usually want to go to a vtl long before I got there .... what are you making, cranks for marine diesels ?I m
please my accept my condolences.We will be taking delivery on a new UMC500 with a robot in a month or so. I will post how it goes.
This will be a rough ride for you if you have any kind of expectations. Those are two things that Haas is particularly bad at.We will be taking delivery on a new UMC500 with a robot in a month or so. I will post how it goes.
Exactly. I was about to put another VF2 on my floor just out of curiosity I sent an RFQ to my local Doosan rep on a SVM4100. I could not believe it when the SVM came in cheaper when the machines are optioned the same. Needless to say I have a new Doosan showing up in a month.Couldn't agree more.
When I have my quote from XYZ MTB with all the options(most standard), I can go to the Haas site and see how much LESS of a machine I could buy from them for the same money or sometimes more. Makes the decision to not buy a Haas easier than it already is............................
it is a bad way to get into it though if you're expecting to hit the ground running.Our expectations are not great. We have a couple of Haas machines and know what they can and cant do. We realize that we have to get into the 5 axis world, and thought this was not a bad way to do it. We have a handful of robot fed machine tools, so this wont be a virgin experience. We will learn on this machine, then step up to 5 axis work on our Integrexes.
Volumetrically, maybe. As for features machined on the same plane, it'll hold a few tenths.From what I hear, due to thermal growth issues, a UMC-500 is a .005" machine. You'd probably get tighter tolerances putting a trunnion on a VF or VM.
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