I work in the monument industry. I love these videos. I respect the fact that you guys are experts, and have great experience, tools, and machines, but that stone you are working with is "cooperative!" Beautiful stuff.
My suggestion, save some money and search out the internet for a deal, they are out there, most importantly, I would not!, go into debt for one. Furthermore , if you are able to work outside , it may be possible to use a fan to clear the air, or hook up to a vacuum, this may impede your dexterity, but it sure beats being in debt.Thanks for watching.
Was the initial cutting of the limestone slab a plunge cut? If so, what was the thickness of the limestone and around what speeds and feeds were used? Love the videos
The need to plunge cut is usually only done if the size of the stone takes up all the space on the saw table. In that event the saw blade is raised to clear the stone while moving the table into cutting position, thus the blade is lowered into the stone by necessity in order to make the cut, when the cut is finished the blade is raised so the stone is clear of the blade and then the table is moved out again into the overhead crane area. The slabs are cut to size at the mill in Indiana, from 2" thick to 24" or other customer specifications. The Limestone Quarries are in Indiana. I hope this helps and thanks for viewing. The typical stair tread thickness is 2 1/4"
Dear manager, Longyi New patented built-in classifiers dry grinding machines already put into mass production. 1.Powder from 325~4000mesh, fineness is adjustable 2.Built-in high efficiency classifier, no more investment cost for classifying system. 3.Smart PLC operation system, and integrated control system: 1 computer could operated max 6 machines, saving management cost. 4.No particle air pollution, more environment-friendly. 5.Compact structure to save factory space and lower foundation construction cost. For limestone The whole grinding system power is around 370Kw, the real working power is 80% 296KW 1.D97=23um (600mesh) Output: 10tons/h Energy Consumption: 29.6Kw/Ton 2.D97=16um(800mesh) Output: 8tons/h Energy Consumption: 37Kw/Ton 3.D97=10um (1250mesh) Output: 4.5tons/h Energy Consumption: 65.7Kw/Ton 4.D97=6.5um(2000mesh) Output: 2.5tons/h Energy Consumption: 118.4Kw/Ton For Talc powder, Longyi powder grinding mill power is 250Kw, the real working power is around 200~225Kw, including classifying system. A. D90=10.5~10.7um output: 4 tons/hour B. D90=9.8~11um output: 3 tons/hour It is suitable for processing nonmetallic minerals such as calcium carbonate, calcite, Kaolin, clay, barite, talc, gypsum, limestone, calcium oxide, bentonite, dolomite etc. Samuel MP/Wechat/whatsapp: +8615105956429
I work in the monument industry. I love these videos. I respect the fact that you guys are experts, and have great experience, tools, and machines, but that stone you are working with is "cooperative!" Beautiful stuff.
Thanks for that! Stingray
I like the long guide idea. Thanks for sharing.
Yes, it works very well and a real time saver, thanks for watching.
very interesting seeing one more piece of all that you do. Thanks for sharing
Thank you for watching
We need Mr. Tomassetti's system! I like the way that saw and table work together. So much easier and less dust than how we do it.
My suggestion, save some money and search out the internet for a deal, they are out there, most importantly, I would not!, go into debt for one. Furthermore , if you are able to work outside , it may be possible to use a fan to clear the air, or hook up to a vacuum, this may impede your dexterity, but it sure beats being in debt.Thanks for watching.
Thank you, now on to part 2!
Your welcome my friend.
Was the initial cutting of the limestone slab a plunge cut? If so, what was the thickness of the limestone and around what speeds and feeds were used? Love the videos
The need to plunge cut is usually only done if the size of the stone takes up all the space on the saw table. In that event the saw blade is raised to clear the stone while moving the table into cutting position, thus the blade is lowered into the stone by necessity in order to make the cut, when the cut is finished the blade is raised so the stone is clear of the blade and then the table is moved out again into the overhead crane area. The slabs are cut to size at the mill in Indiana, from 2" thick to 24" or other customer specifications. The Limestone Quarries are in Indiana. I hope this helps and thanks for viewing. The typical stair tread thickness is 2 1/4"
Nice Work
Good Job
THASNKS!
Enjoyed
THANKS AL
Dear manager,
Longyi New patented built-in classifiers dry grinding machines already put into mass production.
1.Powder from 325~4000mesh, fineness is adjustable
2.Built-in high efficiency classifier, no more investment cost for classifying system.
3.Smart PLC operation system, and integrated control system: 1 computer could operated max 6 machines, saving management cost.
4.No particle air pollution, more environment-friendly.
5.Compact structure to save factory space and lower foundation construction cost.
For limestone
The whole grinding system power is around 370Kw, the real working power is 80% 296KW
1.D97=23um (600mesh) Output: 10tons/h Energy Consumption: 29.6Kw/Ton
2.D97=16um(800mesh) Output: 8tons/h Energy Consumption: 37Kw/Ton
3.D97=10um (1250mesh) Output: 4.5tons/h Energy Consumption: 65.7Kw/Ton
4.D97=6.5um(2000mesh) Output: 2.5tons/h Energy Consumption: 118.4Kw/Ton
For Talc powder,
Longyi powder grinding mill power is 250Kw, the real working power is around 200~225Kw, including classifying system.
A. D90=10.5~10.7um output: 4 tons/hour
B. D90=9.8~11um output: 3 tons/hour
It is suitable for processing nonmetallic minerals such as calcium carbonate, calcite, Kaolin, clay, barite, talc, gypsum, limestone, calcium oxide, bentonite, dolomite etc.
Samuel
MP/Wechat/whatsapp: +8615105956429
Thanks
Is this how the pyramids were built?
Piece by piece, my friend, or by use of giant Alien drones and computer wizards. LOL