20V MAX* XR® Oscillating Multi-Tool (Tool Only)
Reviews
Product details
- Industry Leading - Make precise plunge cuts through hardwoods with the fastest cutting speed with lowest vibration vs. leading competitors**
- Help Minimize Fatigue - Stay steady with vibration dampening technology that delivers up to 43% less vibration vs. the leading competitor†
- Lock Control - Lock into uninterrupted operation to help maximize productivity or utilize the lock-off feature to help avoid unintentional activation during transport
- High Visibility - Help illuminate under cabinets, between walls, inside vents and more with the integrated LED that's 519% brighter††
- Easy Blade Changes - Keep the job moving with the Quick-Change™ accessory system that allows for tool-free blade changes
- TOOL CONNECT™ CHIP READY™ - Pair the TOOL CONNECT Chip (sold separately) with the DEWALT TOOL CONNECT asset management system
- Compatible With DEWALT Accessories - Help optimize your tool's performance with a wide range of top-of-the-line oscillating blades designed for a variety of applications (blades sold separately)
- (1) DCS359 20V MAX* XR® Oscillating Multi-Tool
- (1) DCE044 TOOL CONNECT™ Chip Adapter (Chip sold separately)
- 3 Year Limited Warranty, 1 Year Free Service, 90 Days Satisfaction Guaranteed
Our DEWALT® Customer Service team is available 24 hours a day, 7 days a week. Contact us via chat, form, or phone.
Customer Support* * Maximum initial battery voltage (measured without a workload) is 20 volts. Nominal voltage is 18.
* ** In comparable class and price point; based on combined metric of cutting speed and vibration. On max speed, using DCBP034 (sold separately); cutting speed: cross-cutting 1x1" composite; vibration: plunge-cutting chipboard.
* † Based on market share. Using DCBP034 (sold separately), on max speed, plunge cutting chipboard.
* †† Lumens vs. DCS356.
* DEWALT PERFORM & PROTECT™ line of tools is designed to provide a high level of one or more of the following: dust containment, control, or low vibration, without sacrificing performance.















