Makita AVT Recipro Pallet Saw, 15 AMP, var. spd., orbital, tool-less blade change and shoe adjustment

Makita’s reciprocating saw with AVT® (model JR3070CTH) delivers superior power and performance with less vibration. The JR3070CTH is equipped with anti-vibration technology (AVT®), a internal counterbalance system engineered inside the tool that significantly reduces vibration. The result is faster, more efficient cutting and less vibration in the tool. The JR3070CTH with AVT® is powered by a 15 AMP motor with electronic speed control to maintain constant speed under load. The JR3070CTH has a long 1-1/4 In. stroke for faster cutting with 0-2,800 strokes per minute (SPM) and a variable speed dial with six different preset speeds to match the speed of the saw to the application. The unique clutch system extends the tool life by protecting the gears should the blade bind. It also has orbital action with 4 settings to choose from for high speed cutting. AVT® is Makita's exclusive counterbalance system that reduces vibration for more efficient cutting power. The JR3070CTH has a durable body design that keeps dust and debris away from the motor, with rubber and felt seals to keep dust and water out for a longer tool life. The JR3070CTH weighs just 9.7 lbs., with tool-less blade change and five-position shoe adjustment. The JR3070CTH is a versatile and powerful reciprocating saw engineered for demolition, metal cutting, wood cutting, drywall and plaster, plastics and remodeling. It’s ideal for builders, roofers, metal fabricators, remodelers, and general contractors seeking a best-in-class industrial quality reciprocating saw.

Features

• Designed specifically for use in the pallet refurbish industry
• High torque limiter increases tool life, and is intended only for high torque applications such as dismantling pallets
• Powerful 15 AMP motor with electronic speed control maintains constant speed under load
• Equipped with anti-vibration technology (AVT®), an internal counterbalance system that greatly reduces vibration and directs more impact energy to the work surface for increased user comfort and greater productivity