Milwaukee M18 BMT-0 18v Multi Tool Body Only Inc Accessories

Milwaukee M18 BMT-0 18v Multi Tool Body Only Inc Accessories 4933446203

This 18v Multi Tool from the Milwaukee M18 range features 12 variable speed settings from 12,000 - 18,000 orbits per minute and 3.4° oscillation movement allows quick completion of professional applications into materials such as metal, wood and plastic. 

Supplied body only with accessories - batteries and charger sold separately.

FEATURES

• Up to 50% faster and versatile cordless solution for cutting and removal applications with corded performance
• REDLINK™ overload protection and constant speed electronics in tool deliver best in class durability and performance
• 12 variable speed settings from 12,000 - 18,000 orbits per minute and 3.4° oscillation movement allows quick completion of professional applications into materials such as metal, wood and plastic
• Productivity enhancing FIXTEC™ tool free blade change with universal blade change adaptor included to accept all competitor blades
• REDLITHIUM™ battery pack provides superior pack construction, electronics and fade-free performance to deliver more run time and more work over pack life
• Unique cutting depth stop adaptor to prevent over-cutting in material
• Unique dust extraction kit to keep the work space dust-free when connected to an AC or DC extraction system
• Brightest LED workspace illumination
• Flexible battery system: works with all MILWAUKEE® M18™ batteries

SPECIFICATION

• Voltage: 18v 
• Article Number: 4933446203
• Battery Type Required: Li-Ion
• No Load Speed: 12,000 - 18,000
• Oscillation Angle Left/Right: 1.7°

NOISE & VIBRATION

• Vibration Cutting Wood: 12.3 m/s²
• Vibration Cutting Wood Uncertainty: 1.5 m/s²
• Vibration Sawing Of Wood: 12.3 m/s²
• Vibration Sawing Of Wood Uncertainty: 1.5 m/s²
• Sound Power Level: 90.8 Lwa dB(A)
• Sound Power Level Uncertainty: 3 dB(A)
• Sound Pressure Level: 79.8 Lwa dB(A)
• Sound Pressure Level Uncertainty: 3 dB(A)
• Vibration Sanding: 3.6 m/s²
• Vibration Sanding Uncertainty: 1.5 m/s²