- Joined
- Oct 8, 2007
- Messages
- 147
In regards to the 1010 not accepting 1/2'' bits I am in favor of it not. In many years of seeing the of1000 and the 1010 in use, the vast majority of problems are when the operator has put in too much bit and dogged the tool down by taking too much cut.
By allowing 1/2'' bits the door is wide open for any bit to fit and hurt the tool from to big a bit and cut in one pass. The opening in the base is tempting to put big diameter bits in. This leads to failure and ultimately user discontent and blame on the tool as inferior though truly not the case.
I myself have killed way to many routers this way. Its a expensive lesson learned in haste very quickly.
By limiting bit shank size it helps to keep bits out of the tool that do not belong there in the first place. IMO, I think festool has considered this in the design of the tool with the power available and best use in the long run.
I have broken far to many 1/4'' bits than I care to mention. I do use bits hard and what I cut is very abrasive and generates heat quickly, destroying carbide ( a amazing formulation for cutting tools) and will opt for 8mm or 1/2'' at first choice.
Use the proper bit at the proper speed in the proper tool for the optimum performance for the best results for the tool and the bit. Use the slowest speed needed for the best result and with dust extraction (helps keep bit cool as well) You will notice longer tool and bit life. Don't forget to keep your bearings lubed on the bits. This is often overlooked and causes tremendous failure rates on bits. These sealed for life bearings on the bit mean the bearings life and if you over heat them, life span drops drastically.
By allowing 1/2'' bits the door is wide open for any bit to fit and hurt the tool from to big a bit and cut in one pass. The opening in the base is tempting to put big diameter bits in. This leads to failure and ultimately user discontent and blame on the tool as inferior though truly not the case.
I myself have killed way to many routers this way. Its a expensive lesson learned in haste very quickly.
By limiting bit shank size it helps to keep bits out of the tool that do not belong there in the first place. IMO, I think festool has considered this in the design of the tool with the power available and best use in the long run.
I have broken far to many 1/4'' bits than I care to mention. I do use bits hard and what I cut is very abrasive and generates heat quickly, destroying carbide ( a amazing formulation for cutting tools) and will opt for 8mm or 1/2'' at first choice.
Use the proper bit at the proper speed in the proper tool for the optimum performance for the best results for the tool and the bit. Use the slowest speed needed for the best result and with dust extraction (helps keep bit cool as well) You will notice longer tool and bit life. Don't forget to keep your bearings lubed on the bits. This is often overlooked and causes tremendous failure rates on bits. These sealed for life bearings on the bit mean the bearings life and if you over heat them, life span drops drastically.