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  • Update date: September 3, 2024

Makita SP6000 vs Festool TS 55 FEBQ-Plus

Recommended saw

Makita SP6000 plunge saw

Makita SP6000

Recommended price: 290$

The Makita SP6000 plunge saw is powerful and precise. It is equipped with electronic and mechanical safety systems. Its electronic controller ensures a smooth start and maintains the selected speed.

It has an anti-tilt safety system for miter cuts. Adjustments are easy and without tools. Graduated markings ensure precise adjustment. This saw is compatible with guides from other manufacturers.

The machine is supplied in a MAK-PAC box that is compatible with standard stacking systems. It is mains-operated (220-240 V) with a power rating of 1300 W. Maximum no-load speed is 5800 rpm. Cutting capacities are 56 mm at 90°, 38 mm at 48° and 40 mm at 45°. The blade is 165 mm in diameter with a 20 mm bore.

The saw has a soft start, variable and constant speed motor, and motor brake. The noise level is 91 dB for sound pressure and 102 dB for sound power. It has a maximum vibration rate of 2.5 m/s².

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Festool TS 55 FEBQ-Plus plunge saw

Festool TS 55 FEBQ-Plus

Recommended price: 445$

The Festool TS 55 FEBQ-Plus plunge saw is a must for clean, precise cuts. Equipped with a powerful gearbox, it cuts up to twice as fast and guarantees longer blade life. The new generation of blades ensures perfect cutting quality.

This saw offers great precision even when cutting at an angle, with angle adjustment from -1° to 47°. The interlocking splinter protection ensures splinter-free cuts on both sides. The TS 55 FEBQ-Plus’ guide system and compatibility with various accessories ensure optimum performance in a wide range of applications.

It is also equipped with a splitting blade for increased safety, an electronic control system for precise speed control and a quick blade change with the FastFix device. The saw is ideal for precise depth cuts up to 55 mm, cutting doors to length, cutting sheet material and more.

With a power rating of 1200 W, a speed range of 2000 to 5800 rpm and a weight of 4.8 kg, it is designed for demanding professional use.

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Quick access

Festool TS 55 FEBQ-Plus vs Makita SP6000
Which to choose and why?

Why choose the Makita SP6000?

  • More compact and easier to maneuver

    Dimensions : 341 x 225 x 250 mm vs. 335 x 395 x 200 mm

  • 0.4kg lighter saw

    Weight : 4.4 kg vs. 4.8 kg

  • $155 cheaper saw

    Recommended price : $290 vs. $445

  • Deeper cuts in a single pass

    Max. cutting depth at 90° : 56 mm vs. 55 mm

  • Wider cut in less time

    Blade diameter : 165 mm vs. 160 mm

  • Superior power for intensive work

    Power : 1300 w vs. 1200 w

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Why choose the Festool TS 55 FEBQ-Plus?

  • Deeper bevel cuts

    Max. cutting depth at 45° : 43 mm vs. 40 mm

  • Greater freedom of movement

    Power cord : 4.0 m vs. 2.5 m

  • Quieter and more comfortable for extended use

    Sound power level (Lwa) : 101 dB(A) vs. 102 dB(A)

Amazon offer

Technical specifications
Makita SP6000 vs Festool TS 55 FEBQ-Plus

General

Specifications

Makita SP6000

Festool TS 55 FEBQ-Plus

Saw type
Plunge saw
VS
Plunge saw
Dimensions
341 x 225 x 250 mm
VS
335 x 395 x 200 mm
Weight
4.4 kg
VS
4.8 kg
Color
Silver / Blue
VS
White / Black
Recommended price
$290
VS
$445
Warranty
3 years
VS
3 years

Technical specifications

Specifications

Makita SP6000

Festool TS 55 FEBQ-Plus

Bevel range (left)
1° / 48°
VS
-1° / 47°
Blade diameter
165 mm
VS
160 mm
Bore diameter
20 mm
VS
20 mm
No-load speed
2 000 - 5 800 rpm
VS
2 000 - 5 800 rpm
Max. cutting depth at 90°
56 mm
VS
55 mm
Max. cutting depth at 45°
40 mm
VS
43 mm

Power supply and operation

Specifications

Makita SP6000

Festool TS 55 FEBQ-Plus

Power supply
Wired
VS
Wired
Power cord
2.5 m
VS
4.0 m
Power
1300 w
VS
1200 w
Electrical voltage
240 V
VS
230 V
Variable speed
VS

Sound specifications

Specifications

Makita SP6000

Festool TS 55 FEBQ-Plus

Sound power level (L wa)
102 dB(A)
VS
101 dB(A)
Sound pressure level (L pa)
91 dB(A)
VS
92 dB(A)
Noise uncertainty (K factor)
3 dB(A)
VS
3 dB(A)

Vibration specifications

Specifications

Makita SP6000

Festool TS 55 FEBQ-Plus

Vibration level, metal - wood cutting
2.5 m/s2
VS
2.5 m/s2
Vibration k-factor, metal - wood cutting
1.5 m/s2
VS
1.5 m/s2

Recommended accessories

For Makita SP6000

Parallel stop

Guide rail

More information
52-tooth circular saw blade

Circular saw blade, specialized T.C.T alloy, 165

More information
Makpac 4 heavy-duty stacking case

Makpac 4 heavy-duty stacking case

More information

For Festool TS 55 FEBQ-Plus

Guide rail

Guide rail

More information
Universal saw blade

Universal saw blade

More information
Dust bag

Dust bag

More information

Other comparisons

Makita SP6000

Festool TS 55 FEBQ-Plus

I'm Quentin, a tool expert with over 10 years of experience. On this blog, I share reliable, tested and proven advice based on extensive practice and ongoing collaboration with tool manufacturers.
Auteur Quentin Versus Tools
Detailed comparison by Quentin

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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

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.

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