Recommended saw

Makita 2704N
The Makita 2704N miter saw is a rugged and precise machine designed for intensive use on long lengths of hardwood. Powered by a powerful 1650W motor, it delivers clean, efficient cuts even on difficult materials.
The wide aluminum work surface provides great stability, and optional rear, right and left extensions are available for even greater flexibility. Bevel cutting of small parts is made easy with the L-shaped fence. The machine also features a convenient storage area for the fence and blade.
This saw allows miter cuts with a fence adjustable from -60° to +60°. It offers a maximum cutting height of 93 mm at 90° and 64 mm at 45°. The blade is 260 mm in diameter with a 30 mm bore. The machine weighs 34.9 kg and is supplied with a 2.5 m power cable.
With a maximum idle speed of 4800 rpm, the Makita 2704N is ideal for demanding jobs that require precision and power.

Bosch GTS 10 XC
The Bosch GTS 10 XC Professional table saw is a powerful and versatile machine, ideal for workshops. With its 2000 W motor and constant speed function, it delivers excellent results even in the most demanding applications. The table is adjustable thanks to a sliding carriage, an extension and a side extension, allowing it to be adapted to the dimensions of the workpieces.
It is equipped with a tool-less, retractable riving knife for easy, hidden cuts. The saw offers a cutting height of 79 mm at 90° and 56 mm at 45°, with a blade diameter of 254 mm. The tilt adjustment allows cuts of 47° to the left and 1° to the right.
This versatile saw is designed for panel cutting, longitudinal cuts and hidden cuts in wood, wood composites and laminates. It is compatible with Bosch’s Click & Clean dust extraction system and table saw brackets.
The GTS 10 XC also features a motor brake, overload protection, soft start and spindle lock for added safety and convenience.
Quick access
Bosch GTS 10 XC vs Makita 2704NWhich to choose and why?
Why choose the Makita 2704N?
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0.1kg lighter saw
Weight : 34.9 kg vs. 35 kg
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More compact, ideal for small spaces
Tray size : 625 x 567 mm vs. 640 x 705 mm
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Greater flexibility for a variety of cuts
Bevel range (left) : -0,5 / 50 º vs. 1° / 47°
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Wider cut in less time
Blade diameter : 260 mm vs. 254 mm
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Faster, cleaner cuts
No-load speed : 4 800 rpm vs. 4 200 rpm
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Deeper cuts in a single pass
Max. cutting depth at 90° : 93 mm vs. 79 mm
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Deeper bevel cuts
Max. cutting depth at 45° : 64 mm vs. 56 mm
Why choose the Bosch GTS 10 XC?
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More compact and easier to maneuver
Dimensions : 771 x 783 x 343 mm vs. 715 x 753 x 483 mm
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$28 cheaper saw
Recommended price : 1 357€ vs. 1 385€
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Superior power for intensive work
Power : 2 000 w vs. 1 650 w
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Quieter and more comfortable for extended use
Sound power level (L wa) : 105 dB(A) vs. 107 dB(A)
Technical specificationsMakita 2704N vs Bosch GTS 10 XC
General
Specifications
Makita 2704N
Bosch GTS 10 XC
Technical specifications
Specifications
Makita 2704N
Bosch GTS 10 XC
Power supply and operation
Specifications
Makita 2704N
Bosch GTS 10 XC
Sound specifications
Specifications
Makita 2704N
Bosch GTS 10 XC
Vibration specifications
Specifications
Makita 2704N
Bosch GTS 10 XC
Recommended accessories
For Makita 2704N
For Bosch GTS 10 XC
Other comparisons
Makita 2704N
Bosch GTS 10 XC
- No other comparisons for Bosch GTS 10 XC

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Frequently asked questions
General
Saw type
The type of saw determines the primary use of the tool. Circular saws are versatile for fast straight cuts, miter saws are ideal for precise angular cuts, and jig saws are perfect for curved and irregular cuts.
Dimension
Size determines maneuverability. A compact saw is easier to use in small spaces. A large saw may be more stable for large areas.
Weight
Weight affects comfort. A light saw is easier to handle and causes less fatigue. A heavy saw may provide more stability.
Technical specifications
Tray size
Bevel range (left)
The bevel range indicates the maximum angle the blade can be tilted to the left. A larger bevel range allows greater flexibility for precise and varied bevel cuts.
Blade diameter
Blade diameter affects the depth and width of the cut. A large diameter blade allows for deeper cuts and is suitable for heavier work. A small diameter blade is ideal for fine, detailed cuts.
Bore diameter
The bore diameter is the opening in the center of the blade where it attaches to the saw. It must match the size of the saw shaft to ensure secure and stable blade attachment.
No-load speed
No-load speed is the speed at which the blade rotates when the saw is not in contact with the material. Higher speeds allow for faster, more efficient cuts, but can also generate more heat and wear.
Max. cutting depth at 90°
The maximum depth of cut at 90° is the depth the blade can reach when cutting straight. Deeper cutting depths allow thicker materials to be cut in a single pass.
Max. cutting depth at 45°
The maximum cutting depth at 45° is the depth the blade can reach when making a bevel cut. This determines the saw’s ability to make angular cuts in thick materials.
Power supply and operation
Power supply
A corded saw provides continuous power. A cordless saw offers greater mobility, but is battery dependent.
Power cord
Cord length affects mobility. A long cord allows you to work away from the power outlet without the need for an extension cord.
Power
Power determines capacity. More power means faster, more efficient cutting, especially in hard materials.
Electrical voltage
The voltage must be compatible with your power supply. Correct voltage will ensure proper operation without risk of damage.
Variable speed
Variable speed allows you to adjust the speed to match the material. This provides greater control and accuracy.
Sound specifications
Sound power level
Noise level affects comfort. A low level is preferable for prolonged use.
Sound pressure level
The sound pressure level is the perceived noise. Less noise makes it more comfortable to use.
Noise uncertainty (K factor)
The noise uncertainty measures the accuracy of the indicated sound level. A low uncertainty means a more reliable measurement.
Vibration specifications
Vibration level, metal - wood cutting
Vibration levels affect comfort and safety. Less vibration reduces fatigue and the risk of musculoskeletal disorders.
Vibration k-factor, metal - wood cutting
The vibration k-factor indicates the uncertainty of the vibration level measurement. A lower value indicates a more accurate measurement.