Festool plunge-cut saw TS 75 EBQ-Plus
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A deep-cutting powerhouse
Strengths and benefits
- 75 mm cutting depth provides even more application options
- Effortless and fast saw blade changes with the FastFix system, matched to the material
- Safe and comfortable operation thanks to the slip clutch and kickback stop
- Retractable riving knife ensures clean plunge cuts
- Tool-free guide rail play adjustment
- Quick brake for safe and comfortable working
- Attachable splinter guard ensures first-class work results
Main applications
- Precise plunge cuts in materials up to 75 mm thick
- Trimming exterior doors to size using the guide rail and plunge-cut principle
- Sawing and machining conservatory profiles
- Clean and effortless trimming of cable ducts to length
- Safe sawing of raised access floors in offices
- Sawing sandwich panels in industrial buildings
Standard equipment
circular saw blade WOOD UNIVERSAL HW 210x2.4x30 W36, kickback stop FS-RSP, splinter guard, hex key, size 5, Systainer SYS3 M 437
All-inclusive warranty
If you register your new Festool tool online on Festool’s website within 30 days of the purchase date, Festool grants it a comprehensive three-year warranty. More information at http://www.festool.fi/service.
Technical data
Power source Corded
Power consumption 1600 W
No-load speed 1350 - 4400 min⁻¹
Saw blade Ø 210 mm
Angle range 0 - 47 °
Cutting depth 0 - 75 mm
Cutting depth at 45° 55 mm
Dust extraction connection Ø 27/36 mm
Weight 6.2 kg
Sawing metal: A-weighted sound pressure level Lp 88 dB(A)
Sawing metal: Total vibration average ah 3.5 m/s²
Sawing metal: Uncertainty (vibration) K 1.5 m/s²
Sawing metal: A-weighted sound power level Lw 99 dB(A)
Sawing metal: Standards series EN 62841
Sawing metal: Uncertainty (noise) K 3 dB
Sawing wood: Total vibration average ah 3.4 m/s²
Sawing wood: A-weighted sound pressure level Lp 88 dB(A)
Sawing wood: Uncertainty (noise) K 3 dB
Sawing wood: A-weighted sound power level Lw 99 dB(A)
Sawing wood: Standards series EN 62841
Sawing wood: Uncertainty (vibration) K 1.5 m/s²