We absolutely love the Dewalt DWE7491 that we recommended as our top quality choice above. It’s a powerful, precise workhorse that can handle nearly any cutting job. However, times are changing fast, and workplace safety standards are increasing just as rapidly. If you’re a professional who wants to stay on top of your code, you should consider getting a unit that’s equipped with a flesh-detections safety system.
For carpentry projects or as a starter saw, the DeWalt DW745 receives solid reviews. Though it doesn't have the capacity of the Bosch, owners say it's well made and easy to adjust. The rack-and-pinion fence earns kudos for accuracy. The saw weighs just 45 pounds and can even be hung on a workshop wall for storage; an optional is also available. The three-year warranty is another plus.
The stand strays from the idea that jobsite stands need to be wheeled. We can attribute this to its light weight. While it loses points for portability, Skilsaw’s design created the most stable stand of the entire group. Another benefit to going with this simple stand design is that it is certainly responsible for dropping the price point. Skilsaw is definitely the table saw you want to go with if you’re having to move your saw in and out of a truck bed rather than being able to wheel it up in a trailer.
I knew there were jobsite table saws on the market for less than $250, but I never thought they were good enough to get my recommendation. Sure, the SKIL 3410-02 is not a professional saw and may not be versatile enough for contractors, but the stand, power, accuracy and build quality of this table saw are much better than I thought possible in this class.
As for various accessories and attachments such as rip, miter and blade guard, these can be stored in their own specially designed hangars. If you plan on using other blades (and you probably will) there is also a well where you can store all the blades you have. In order to keep the surface of the table dust-free there is a dust collection port featuring a shrouded design which can be attached to the vacuum.
This article is the place to start, and then you can take it from there. My table saw buying guide has all the essential information on table saws you will need, like their classification based on size, portability, motor type, blade size, and the features they come with. You will encounter each of these terms in all the product reviews, which is why you shouldn’t skip reading it.
One important aspect to consider when buying a new table saw or looking for a new blade is axis adjustment. Being able to adjust the vertical height of the blade allows you to control the depth of the cut, it’s also useful when you don’t need to cut all the way through the wood, especially useful with thick pieces of wood. To help making bevel cuts and joints you can adjust the blade to certain angles that you require.
One term you may hear when reading about table saw accuracy is blade runout. Runout is a term that describes whether or how much the outside edge of a saw blade wobbles while being held by the motor shaft. Sometimes, operators measure runout by using a saw blade. In that case, the very use of a saw blade presumes that the specific blade is perfect or nearly perfect in its flatness. Using a saw blade that has any warping will not give a clear indication of blade runout.
TBB measured the accuracy of the factory-set 90 degree stop by using a Wixey WR365 digital inclinometer. This device has an accuracy of 0.1 degree. We placed the Wixey gauge on the table and calibrated the inclinometer to the table by zeroing out the gauge. After that calibration, the measurements give a result that is relative to the saw table. We moved the blade to an approximate position of 70 degrees off vertical. TBB attached the gauge to the blade and used the saw mechanism to adjust the blade incline to the point at which the blade or trunnion hit the factory-set 90 degree vertical stop and recorded the measurement. TBB ran the test twice to ensure the repeatability of the measurement. In every case, the result came out to within 0.1 degree of the prior test.
We evaluated the flatness of the table by measuring the flatness by placing the edge of a precision ground flat bar across the table and placed feeler gauges in any gaps to measure any difference between the ground bar and the table. TBB took measurements in four directions. As the operator faces the saw, we measured the flatness at the arbor from front-to-rear; we measured the left-to right flatness at the arbor; we measured the flatness from the upper left-to-lower right table corners; and, finally, we measured the upper right-to-lower left flatness between the corners.