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  • Update date: August 24, 2024

Makita BO6050J vs estool ROTEX RO 150 FEQ

Recommended sander

Makita BO6050J sander

Makita BO6050J

Recommended price: $450

The Makita BO6050J orbital sander-polisher is a versatile tool designed for everything from fine sanding to intensive polishing. It has a diameter of 150 mm and a power of 750 W. It offers two operating modes: simple orbital (fine sanding) and rotary (intensive sanding or polishing).

This machine is easy to use thanks to its ergonomic palm grip and rubber coating. It features a soft start and electronic speed control to maintain a constant speed. Adjustable speed settings allow the machine to be adapted to different tasks, and the platen can be changed without tools. The sander can also be connected to a vacuum cleaner for a cleaner work environment.

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Bosch ROTEX RO 150 FEQ sander

Festool ROTEX RO 150 FEQ

Recommended price: $160

The Festool ROTEX 150 FEQ-Plus sander is a versatile “3 in 1″ tool: roughing, finishing and polishing. It reduces the number of machines needed and offers a wide range of applications.

Its FastFix plate changing system allows for quick, tool-less changes. The eccentric motion ensures a scratch-free finish, and the protective hood allows for precise, flush-to-edge work. The ergonomic handle provides comfort and safety.

The eccentric rotary motion provides high material removal capacity for fast, high quality results. The rotary motion reduces temperature, dust and spatter during polishing.

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Quick access

Festool ROTEX RO 150 FEQ vs Makita BO6050J
Which to choose and why?

Why choose the Makita BO6050J?

  • 200€ cheaper sander

    Recommended price: $450 vs. $650

  • More compact and easier to maneuver

    Dimensions: 330×155×145 mm vs. 400×295×215 mm

  • Superior power for intensive work

    Power: 750W vs. 720W

  • More aggressive or finer sanding as needed

    Oscillation range: 6 mm vs. 5 mm

  • Greater versatility for different sanding types

    Variable speed: Yes vs. No

  • Quieter and more comfortable for extended use

    Sound power level (Lwa): 93 dB(A) vs. 96 dB(A)

Amazon offer

Why choose the Festool ROTEX RO 150 FEQ?

  • 0.3kg lighter sander

    Weight: 2.3kg vs. 2.6kg

  • Greater freedom of movement

    Power cord: 4 m vs. 3 m

  • Greater peace of mind over the life of this sander

    Warranty: 3 years vs. 1 year

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Technical specifications
Makita BO6050J vs Festool ROTEX RO 150 FEQ

General

Specifications

Makita BO6050J

Festool ROTEX RO 150 FEQ

Sander type
Eccentric sander
VS
Eccentric sander
Abrasive fixing
Velcro
VS
Velcro
Suction type
Extraction bag
VS
Extraction bag
Application
All types of sanding on flat and curved surfaces
VS
Roughing, finishing and polishing
Wood application
VS
Metal application
VS
Plastic application
VS
Dimensions
330 x 155 x 145 mm
VS
400 x 295 x 215 mm
Weight
2.6 kg
VS
2.3 kg
Material
Aluminum and ABS plastic housing
VS
Aluminum and ABS plastic housing
Color
Blue / Black
VS
Blue
Recommended price
$450
VS
$650
Warranty
1 year
VS
3 years

Technical specifications

Specifications

Makita BO6050J

Festool ROTEX RO 150 FEQ

Rotation speed
1 600 - 6 800 rpm
VS
3 300 - 6 800 rpm
Disc or blade diameter
125 mm
VS
125 mm
Oscillation amplitude
6 mm
VS
5 mm
Sanding rotation diameter
125 mm
VS
125 mm
Sanding pad diameter
125 mm
VS
125 mm

Power supply and operation

Specifications

Makita BO6050J

Festool ROTEX RO 150 FEQ

Power supply
Wired
VS
Wired
Power cord
3 m
VS
4 m
Power
750 w
VS
720 w
Electrical voltage
230 V
VS
230 V
Variable speed
VS

Sound specifications

Specifications

Makita BO6050J

Festool ROTEX RO 150 FEQ

Sound power level (L wa)
93 dB(A)
VS
96 dB(A)
Sound pressure level (L pa)
82 dB(A)
VS
85 dB(A)
Noise uncertainty (K factor)
3 dB(A)
VS
3 dB(A)

Spécifications sur les vibrations

Specifications

Makita BO6050J

Festool ROTEX RO 150 FEQ

Vibration level, metal - wood cutting
5 m/s2
VS
5 m/s2
Vibration k-factor, metal - wood cutting
2 m/s2
VS
2 m/s2

Recommended accessories

For Makita BO6050J

Sanding pad 150 mm - 15 holes

Sanding pad 150 mm - 15 holes

More information

For Festool ROTEX RO 150 FEQ

ST-STF D150MJ2-M8-SW sanding pad

ST-STF D150/MJ2-M8-SW sanding pad

More information
High-performance abrasive for wood-based materials

High-performance abrasive for wood-based materials

More information
Abrasives for paint and hard floors

Abrasives for paint and hard floors

More information

Other comparisons

Makita BO6050J

Festool ROTEX RO 150 FEQ

  • No other comparisons of Festool ROTEX RO 150 FEQ
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

This review may contain affiliate links. We may also earn a small commission if you decide to purchase your grinder through our links. If you’ve enjoyed this site, it’s your way of supporting our work. Thanks for your interest!

Sources : Festool ROTEX RO 150 FEQ, Makita BO6050J

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Frequently asked questions

General

Sander type

The type of sander determines its primary use. An orbital sander is ideal for finishing. An eccentric sander is best for large surfaces.

Abrasive fixing

The method of attachment affects the ease of replacement. Velcro fasteners allow for quick disc changes.

Suction type

A multi-material sander is versatile. It can be used on wood, metal and plastic.

Dimension

Size determines maneuverability. A compact sander is easier to use in small spaces. A large sander may be more stable for large areas.

Weight

Weight affects comfort. A light sander is easier to handle and causes less fatigue. A heavy sander may provide more stability.

Technical specifications

Rotation speed

The speed of rotation affects the speed of sandinf. A high speed allows for fast sanding. A lower speed is better for precision work.

Disc or blade diameter

The diameter determines the area covered. A large diameter allows you to quickly sand large areas. A small diameter is ideal for details.

Oscillation amplitude

Amplitude affects the fineness of the sanding. A large amplitude will remove more material. A small amplitude is better for a smooth finish.

Belt size

Belt size indicates the width and length of the abrasive belt used. A wider belt covers a larger area, ideal for large, flat surfaces. A narrower belt is suitable for details and tight spaces.

Sanding rotation diameter

The rotation diameter indicates the amount of sanding. A large diameter allows for faster sanding. Smaller diameters are better for details.

Sanding pad diameter

The diameter of the pad must match the diameter of the sanding discs. A larger pad will cover a larger area. A smaller pad is for details.

Power supply and operation

Power supply

A corded sander provides continuous power. A cordless sander 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 sanding, especially on 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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