Icedorb217
Semi-Pro
Hey Im planning on getting a new stringing machine in the 800 to 900 dollar price range. Just wondering what peoples opinions are on these machines.
he's not comparing the 92 to the 98.T92 vs T98 Clamps
I decided on the 92 because I liked the idea of glide bar clamps but switching out clamps for the crosses just didnt seem like my thing
Not sure that I undertand the above. I've not come across anything anywhere that implied that the 98 clamps had to be switched out for the crosses. Is this true?
so the 92 is similar in action to glide bar clamps without the need to remove them for the crosses.
Thanks for the info Dave. I might not get the ML100 as my budget might have increased a bit so I think I can get a better machine. But if it doesnt work out I will probably get the ML100The 98 is the same as the 92 in that you don't have to change anything to string the crosses like on the Neos. I have platforms with both the 98 and the 92. Both are simple and efficient. It's a matter of personal preference as to which one works best for you.
As far as the ease of use of the ML100, it's simple and easy. The best part is that you don't have to worry about the bar being parallel to the ground. The bar stops moving when the string is properly tensioned. This makes it a true constant pull. How do you get more accurate than a constant pull machine based purely on gravity? I can do my own personal racquet without rushing in 30 to 35 minutes. I think that's reasonable for any machine. If it's a "little" business the OP is talking about, like mine, the ML100 should more than suffice.
Not to be a blind cheerleader for this product. I just love it, and truly believe it's the best bang-for-buck out there.
Dave
Dunno.....Can someone explain the technology in the Stringway Automatic dropweight? With normal drop weights the arm has to be parallel to the ground. The Stringway does not. How is this achieved?
Can someone explain the technology in the Stringway Automatic dropweight? With normal drop weights the arm has to be parallel to the ground. The Stringway does not. How is this achieved?
rd0707 Can someone explain the technology in the Stringway Automatic dropweight? With normal drop weights the arm has to be parallel to the ground. The Stringway does not. How is this achieved?
The 98 is the same as the 92 in that you don't have to change anything to string the crosses like on the Neos. I have platforms with both the 98 and the 92. Both are simple and efficient. It's a matter of personal preference as to which one works best for you.
As far as the ease of use of the ML100, it's simple and easy. The best part is that you don't have to worry about the bar being parallel to the ground. The bar stops moving when the string is properly tensioned. This makes it a true constant pull. How do you get more accurate than a constant pull machine based purely on gravity? I can do my own personal racquet without rushing in 30 to 35 minutes. I think that's reasonable for any machine. If it's a "little" business the OP is talking about, like mine, the ML100 should more than suffice.
Not to be a blind cheerleader for this product. I just love it, and truly believe it's the best bang-for-buck out there.
Dave
I have a LaserFibre which is identical to the Stringway. Get the Stringway. The drop weight is real constant pull and the crack is lock-out. I think you get much quality with constant pull. The brake on the Stringway is not the easiest thing to use but you only need it if you do those damn Prince rackets with o-ports. Stringway is built like a damn tank.
Here I go cheerleading again, but I have to disagree with TennisCJC when it comes to the locking mechanism on the Stringways. There is a knob on the lower left corner of the machine that is pretty darn easy to use in order to lock and unlock the platform. The lock outs are 30 degrees apart. Although closer lock outs would be better (15 degrees apart?), the ones that exist are easy to use.I thought the Stringway has a table lock? Doesn't that act as the brake for stringing the Prince oports?
I look forward to stringing Prince racquets, and see no reason to shy away from them with my machine.
What are the advantages & disadvantages of one over the other? Overtime which would be more reliable? Will one access strings better than the other on the more dense patterns?
How quick is the ML 100 if you all don't mind me asking?
How is the mounting.
How is the auto-drop weight as far as speed goes?
I'm just curious because I would love to purchase someting like this machine. I really like the sliding rails, it looks a lot faster than the other type clamping systems.
The good thing about the design is that it's not a friction stop, but a positive stop. A peg goes into a hole to stop movement of the platform. It's easier to look at than to describe, but about as simple and effective as it gets for the purpose.
I look forward to stringing Prince racquets, and see no reason to shy away from them with my machine.
There is a knob on the lower left corner of the machine that is pretty darn easy to use in order to lock and unlock the platform. The lock outs are 30 degrees apart. Although closer lock outs would be better (15 degrees apart?), the ones that exist are easy to use.
It does not spin 360, but close.Does the table top spin 360 degrees?
It does not spin 360, but close.
My understanding of the reason it doesn't spin all the way around is that this would make it necessary to offset the tension head from the level of the racquet face. The tension head on the Stringway machines is designed to pull tension at the level of the racquet face, minimizing the angle at which the string is pulled. The greater the angle during tensioning, the more friction and the less "pure" the pull. Even though it's impossible to tension most strings without some impedance from the racquet, this is Stringway's attempt to maximize the potential of the machine and minimize the friction coefficient. Does this make any sense the way I'm describing it?
I've personally found it not to be an issue at all in stringing racquets, and don't even think about it.
I some what understand your comment. I guess it would be easier to see if had the machine in front of me. I am deciding between the Stringway ML 100 and Alpha Apex II. I used Prince Ozone Tour Racquets. I am a beginner stringer and strung a frame on my friends crank machine the other day to get a feel for it. The brake and 360 spin was helpful. So basically to brake the table top you put in a peg into one of 12 holes and the table stops? I guess with fixed holes its not possible to brake at all angles like on a crank? Does that present a problem?
Do people really allow for 5-20 seconds to allow for stretch? I'm used to a crank machine, but consider this comparison. Assuming that an electric machine pulls at the same force as a drop weight (I think it would go without saying), why should one wait any longer for tensioning on a drop weight than an electric? Theoretically, there shouldn't be any difference in time to tension. Am I missing something?
Again, there are good crank machines out there, and no doubt thousands of good stringers who use them. If you've noticed, however, many of those stringers have opted for the Wise Tension Head at great expense to convert their machines to a true constant pull. I've even come across posters on this site who want to buy a lock out crank and immediately convert it with a Wise before they ever string a racquet. Why would this be, unless they believed it was a better way to go?
rd0707, a few things.
Regarding the braking mechanism, you're right in that the Stringway has 12 lock outs. There is an advantage and a disadvantage to this. The advantage is that the locks are GREAT! Once they're in, they're in. The disadvantage is that they are set at 30 degree intervals, and sometimes that leaves a stringer with more angle for a string draw than one would wish. The only friction lock out I've used to any great degree was horrible, that being on a Gamma 6500 Els. I'm sure there are good ones out there. There is an alternative method to stringing the Prince O-Port racquets called the 50-50 two piece method. http://tt.tennis-warehouse.com/showthread.php?t=361010, http://www.youtube.com/watch?v=hJHwgzRR_gw&feature=related. There may be some who say that this method causes undue pressure on the frame at 3 and 9 o'clock, but I don't buy it. I think the frames can withstand it, as evidenced by the many advocates of this method out there in the stringing community. You may consider using this method regardless of which machine you end up getting.
Verbouge, thanks for the info.
I strung a racket on my friends crank machine and compared it to my local shop who uses an electronic constant pull at the same tension. There was a difference in how both frames played using same string and tension.
I think I am sold on the Stringway. My only concern was your comment on the 30 degree brake intervals. As mentioned will be stringing prince 03 frames. I guess if the angle is to great when the brake is used when doing the crosses I can just use my hip?
I don't doubt that constant tension will continue to stretch string. My point is that people always claim that drop weights are slower than either crank or electrics. Actually, what applies for constant tension drop weights should also apply to the electrics; therefore, why is it that an electric should be faster? Or is it just more obvious with a drop weight than an electric that the machine continues to stretch the string?You can also see the constant pull mechanism on the MS200 subtly moving as it draws the stretch out of a string. I've come to believe that strings take longer to tension than most people think or give them time for; also, that a true constant pull is essential in effecting this. This stretch factor, and the time it actually takes, may be the "something" that you and many others are missing.
Hi rd0707,
Did you check those links I posted? They are worthwhile, and will help. I've strung many O-Port frames, and though I do wish the lock out angle was less for some of the strings, the end result appears to be very good. You don't have to use any lock outs at all once you get past half way down the crosses.
I'm not a physicist, and I am not an incognito cheerleader for Stringway. That said, in the case of electronic constant tension versus analog (mechanical) constant tension, I think the issue is the electronics themselves.I don't doubt that constant tension will continue to stretch string. My point is that people always claim that drop weights are slower than either crank or electrics. Actually, what applies for constant tension drop weights should also apply to the electrics; therefore, why is it that an electric should be faster? Or is it just more obvious with a drop weight than an electric that the machine continues to stretch the string?
Even the Stringway electronics, expensive as they are, most likely can't compare to the purity and simplicity of the automatic dropweight in terms of accuracy and reproducibility.
One last question/thought before I make my final decision between the ML100 or Apex II.
Lets say I string on 60 lbs on ML100 and decide I like that tension. I then string say 60 lbs on Apex II and realize it feels to loose. Lets say 2nd time I string it at 65 lbs and it feels pretty similar to ML100 at 60 lbs. Am I not at the same point with both machines?
One last question/thought before I make my final decision between the ML100 or Apex II.
Lets say I string on 60 lbs on ML100 and decide I like that tension. I then string say 60 lbs on Apex II and realize it feels to loose. Lets say 2nd time I string it at 65 lbs and it feels pretty similar to ML100 at 60 lbs. Am I not at the same point with both machines?
One last question/thought before I make my final decision between the ML100 or Apex II.
Lets say I string on 60 lbs on ML100 and decide I like that tension. I then string say 60 lbs on Apex II and realize it feels to loose. Lets say 2nd time I string it at 65 lbs and it feels pretty similar to ML100 at 60 lbs. Am I not at the same point with both machines?
...If you get an ML100, you'll never think twice about the tensioning mechanism. If you get the Alpha, you may start looking at Wise tension heads before too long. Seems to be a natural progression for many.
I am much more familiar with the crank tensioners, but have been very impressed with the Stringways.
Eugkim,
What are your thoughts on the ML100 after using it now compared to the cranks you used to use?