Hitachi / Metabo HPT
MultiVolt™ 36V Brushless Rebar Bender/Cutter (4.0Ah x 2)
SKU VB3616DAM
The Metabo HPT MultiVolt™ 36V Brushless Rebar Bender/Cutter (4.0Ah x 2) (VB3616DAM) is the industry's first cordless rebar bender/cutter, based on the AC powered rebar bender/cutter, the VB16Y. The VB3616DA's cutting and bending performance is even greater than that of the VB16Y, thanks to its DC fan-cooled brushless motor and ultra-capable MultiVolt™ 4.0Ah battery. This tool can be used cordless OR corded when paired with the ET36A AC Adapter (sold separately).
- Extreme Performance - Cuts approximately 270 pieces of #5 rebar per charge and bends approximately 520 pieces of #5 rebar at 90°per charge with MultiVolt 4.0Ah battery
- Fast Cuts - Quickly cuts #5 rebar in less than 3 seconds with ultra-capable brushless motor
- Powerful Bends - Bends up to #5 rebar in a matter of seconds. Bend 1 piece of #5 rebar, 2 pieces of #4, or 3 pieces of #3 at once
- Dual Power Convenience - Power with the MultiVolt battery for use anywhere or rely on the MultiVolt AC Adapter with cord when outlet power is convenient to save battery life (AC Adapter sold separately)
- User Safety - Increased user safety with dual-step trigger and deflection guard
- Brushless Motor Technology for more run-time, increased power, and extended durability with essentially no maintenance
- The VB3616DAM combines the dual power options and portability of the MultiVolt™ platform with the consistent, powerful performance of the AC-powered VB16Y
- Convenient color-coded angle adjust dial allows users to set accurate bend angle up to 180° for up to #5 rebar
- Replaceable center rollers for bends of differing diameters
- UL Certified
In The Box
- One (1) MultiVolt™ 36V Brushless Rebar Bender/Cutter
- Two (2) 36V MultiVolt™ 4.0Ah batteries (372121M)
- One (1) Rapid Charger w/ USB Port (UC18YSL3)
- One (1) Deflection Guard
- One (1) Heavy Duty Case
Warning: Products may contain chemicals known to the State of California to cause cancer and birth defects or other reproductive harm. For more information: Click Here