I was looking for the right topic, but I have not found it, if it is I am asking for a referral.
The assumption is precise cutting of wood and steel profiles (mainly angles and closed walls up to 2 mm thick). An unspecified budget, but the less the better. The equipment will be used max several days a year, so please do not recommend the equipment for X thousand.
For wood, the matter is simple, the best solution is a wood miter saw. For my purposes this should last: EINHELL TH-SM 2131 DUAL 1800 Wed. shield 210 mm (price about 500 PLN). A popular Chinese so there should be no problem with parts etc.
Cutting metal is more problematic, theoretically the cheapest solution is a diagonal cut for cordon discs for PLN 300 are already on the Allegro. But from what I read, they have defects, ie they are less precise than wood dividers, they heat the cut material (greater susceptibility to rust and can be seen on metal). The second more expensive option is a fork miter saw.
Buying two devices means more costs and the housing is returned. So I thought about whether it is not an ideal solution (on my assumptions) to buy an einhella slash, metal forks and a speed controller (eg AVT1007). Because as you know with wood, the revolutions are 4000-5000 revolutions per minute, and with metal it depends on the dial but within 1000-2500. Such discs are quite expensive because 150-200 zlotys + regulator + tachometer, which would also be useful for proper regulation gives us the price of two separate diameters (for wood and metal) BUT such equipment should cut the metal better than the corded wedge.
Thoughts:
- from what I have read, such a speed regulator may lead to an increase in temperature on the winding and its combustion, whereas with a miter there is no long continuous work, so unless there is no such risk?
- I read somewhere that the slower cutting speed is more dangerous and it uses up the shields faster but this probably only applies to korduru or fork?
- does it have, and if so, a significant influence of the speed controller on the miter torque? Will it affect the metal cutting
As for the 210mm metal discs, I saw bosch and multi-purpose evolution. Bosch has shields with a different maximum speed from 1000 to 2300. Evolution has up to 3800. My question is, is it V-max for cutting or for slow rotation? How should I interpret this data.
Please, very much feedback on this subject, I am surprised that I have not found anywhere to let anyone think about it. The more so because thanks to this we obtain a de facto evolution cochlear which costs 12,000, and in fact the only thing that is innovative in it is the shield itself (multitasking) and lower speed.
Greetings,
mallior
The assumption is precise cutting of wood and steel profiles (mainly angles and closed walls up to 2 mm thick). An unspecified budget, but the less the better. The equipment will be used max several days a year, so please do not recommend the equipment for X thousand.
For wood, the matter is simple, the best solution is a wood miter saw. For my purposes this should last: EINHELL TH-SM 2131 DUAL 1800 Wed. shield 210 mm (price about 500 PLN). A popular Chinese so there should be no problem with parts etc.
Cutting metal is more problematic, theoretically the cheapest solution is a diagonal cut for cordon discs for PLN 300 are already on the Allegro. But from what I read, they have defects, ie they are less precise than wood dividers, they heat the cut material (greater susceptibility to rust and can be seen on metal). The second more expensive option is a fork miter saw.
Buying two devices means more costs and the housing is returned. So I thought about whether it is not an ideal solution (on my assumptions) to buy an einhella slash, metal forks and a speed controller (eg AVT1007). Because as you know with wood, the revolutions are 4000-5000 revolutions per minute, and with metal it depends on the dial but within 1000-2500. Such discs are quite expensive because 150-200 zlotys + regulator + tachometer, which would also be useful for proper regulation gives us the price of two separate diameters (for wood and metal) BUT such equipment should cut the metal better than the corded wedge.
Thoughts:
- from what I have read, such a speed regulator may lead to an increase in temperature on the winding and its combustion, whereas with a miter there is no long continuous work, so unless there is no such risk?
- I read somewhere that the slower cutting speed is more dangerous and it uses up the shields faster but this probably only applies to korduru or fork?
- does it have, and if so, a significant influence of the speed controller on the miter torque? Will it affect the metal cutting
As for the 210mm metal discs, I saw bosch and multi-purpose evolution. Bosch has shields with a different maximum speed from 1000 to 2300. Evolution has up to 3800. My question is, is it V-max for cutting or for slow rotation? How should I interpret this data.
Please, very much feedback on this subject, I am surprised that I have not found anywhere to let anyone think about it. The more so because thanks to this we obtain a de facto evolution cochlear which costs 12,000, and in fact the only thing that is innovative in it is the shield itself (multitasking) and lower speed.
Greetings,
mallior
