Product Overview
Automatic rebar tying machine is a hand held machine. It is safe and convenient with well structure, advanced technology, simple operation and convenient maintenance. The product is made up of main body, wire reel, battery pack, and charger. XDL-220 i The total weight is 2.15kgs, the max. tying diameter is 21mm. Motor voltage is 9.6V with nickel and metal hydride electric batteries. It will take around 0.8 seconds to tie a knot. The length of wire for tying is around 380mm (2 wraps)/510mm (3 wraps).The charged battery can tie more than 1000 knots once and the charge time is around 50 minutes. The diameter of wire is 0.8mm. XDL-400 i The total weight is 2.2kgs,the max. tying diameter is 40mm. Motor voltage is 9.6V with nickel and metal hydride electric batteries. It will take around 0.9 seconds to tie a knot. The length of wire for tying is around 600mm (2 wraps)/780mm (3 wraps).The charged battery can tie more than 900 knots once and the charge time is around 50 minutes. The diameter of wire is 0.8mm.
Automatic rebar tying machine is a hand held machine. It is safe and convenient with well structure, advanced technology, simple operation and convenient maintenance. The product is made up of main body, wire reel, battery pack, and charger. XDL-220 i The total weight is 2.15kgs, the max. tying diameter is 21mm. Motor voltage is 9.6V with nickel and metal hydride electric batteries. It will take around 0.8 seconds to tie a knot. The length of wire for tying is around 380mm (2 wraps)/510mm (3 wraps).The charged battery can tie more than 1000 knots once and the charge time is around 50 minutes. The diameter of wire is 0.8mm. XDL-400 i The total weight is 2.2kgs,the max. tying diameter is 40mm. Motor voltage is 9.6V with nickel and metal hydride electric batteries. It will take around 0.9 seconds to tie a knot. The length of wire for tying is around 600mm (2 wraps)/780mm (3 wraps).The charged battery can tie more than 900 knots once and the charge time is around 50 minutes. The diameter of wire is 0.8mm.