DeWalt vs Milwaukee Table Saw (2026): Best Jobsite Saw

The DeWalt DWE7485 is a compact jobsite table saw that trades capacity for portability without entirely sacrificing capability. The 8.25-inch blade handles ripping sheet goods up to 24.5 inches, which covers most framing and finish carpentry cuts. The 15-amp motor delivers 5,800 RPM—adequate for dimensional lumber and plywood but working harder on dense hardwoods than 10-inch saws. The integrated stand folds and wheels for job-site transport without a dedicated saw cart. The rack-and-pinion fence adjustment is the quality-of-life feature that separates the DWE7485 from cheaper jobsite saws: the fence moves smoothly and locks parallel without the shimming and adjusting that inaccurate fences require. For production carpentry where repeated rip cuts need to be consistent, this reliability pays off in time saved. Dust collection port compatibility with most vacuums keeps the work area manageable. The honest comparison to Milwaukee's 10-inch table saws is capacity: the 8.25-inch blade limits dado stacking and bevel cut depth versus 10-inch competitors. DeWalt counters with lighter weight (48 lbs vs Milwaukee's 57-70+ lbs for comparable setups) and lower price. For trim carpenters and remodelers who need a portable saw for quick rip cuts and crosscuts on site, the DWE7485's portability and accuracy trade-off makes practical sense. For woodworkers and framers making heavier cuts all day, the 10-inch capacity advantage is worth the weight penalty.

The DeWalt DW745 is a proven 10-inch jobsite table saw that has earned its reputation through years of production use in demanding conditions. The 10-inch blade opens up capabilities the DWE7485 cannot match: full-depth dado cuts with a stacked dado set, deeper bevel cuts, and more aggressive material removal on thick stock. The 15-amp motor at 3,850 RPM is calibrated for 10-inch blade load, providing consistent power through dense material. The 20-inch rip capacity handles most sheet goods applications encountered in residential carpentry. The telescoping fence provides stable, repeatable cuts when adjusted correctly—though users report it takes initial setup effort to dial in parallel alignment, which is a known characteristic of this model. At 45 pounds, it's competitive with other 10-inch jobsite saws on portability. The DW745 competes directly against Milwaukee's jobsite table saws at the $350–450 price tier. Milwaukee's equivalent models offer marginally smoother fence operation and better dust collection on some variants. DeWalt counters with broader availability of service and wider dealer networks in many regions. Both are genuinely capable jobsite saws; the brand decision often comes down to what cordless battery platform you're already in, since same-brand tool familiarity and shared infrastructure reduces jobsite complexity.

The Milwaukee 6955-20 is a 12-inch dual-bevel sliding compound miter saw—technically a different tool category than a table saw, but it addresses related cutting needs in a workshop or job site context. The 15-amp motor delivers aggressive cutting power through 4x12 beams, crown molding, and wide trim stock in single passes. The dual-bevel mechanism allows tilting left and right without repositioning the workpiece—a significant time-saver for repetitive crown molding cuts. The sliding compound action extends capacity to crosscut boards up to 14 inches wide, making it viable as the primary crosscutting tool for trim carpenters who don't need continuous ripping capability. The electric brake stops blade rotation in under 2 seconds for safety and workflow speed. Linear ball-bearing slide gives smooth, consistent travel across the cut range. At $500–600, the 6955-20 costs more than DeWalt's comparable 10-inch jobsite table saw and serves a fundamentally different function: miter saws excel at crosscutting and angle cuts on trim and structural lumber; table saws excel at ripping sheet goods and lumber to width. For a complete shop or job site, having both serves different workflows. Comparing them as direct alternatives is contextually appropriate only if you're choosing which single tool type to prioritize for a specific application.