Compact 12V Cordless Rebar Tying Tool, Size 60mm Key benefits Speeds up rebar tying and reduces manual labor by automating wrapping, tightening, and cutting in one operation. Portable and lightweight for easy use on site and in confined spaces. Long runtime and fast recharge for sustained productivity: up to 1500 ties per charge and a full charge in 1.5 hours. Main features Size: 60mm for a compact, easytohandle tool profile. Material: durable plastic and metal construction for balanced weight and robustness. Power: 12V Liion battery, 1500 mAh capacity. Charging time: full recharge in approximately 1.5 hours. Tying wire: diameter 0.8 mm, coil length greater than 110 m. Compatible steel strapping widths: 834 mm and 3060 mm. Knot wire length: 300500 mm per tie. Performance: up to 1500 knots per full charge; each knot completes in about 0.8 seconds. Why this tool solves common problems Replaces slow, handtied wire loops with fast, consistent ties that save time on repetitive tasks. Compact 60mm size and lightweight construction make it easy to position the jaws at intersections and work in tight areas. Consistent knot length and speed improve rebar mesh quality and reduce rework. Typical applications Tying rebar intersections on reinforced concrete frames and foundations. Securing floor heating mesh and floor pipe supports. Fast temporary fastening of steel bars on construction sites and civil building projects. Tying wire installation 1. With the machine powered off, press the locking plate on the wire compartment and open the cover. 2. Remove the tying wire coil, tear the packaging film, and pull a straight wire lead of about 10 cm. 3. Load the coil into the wire compartment in a clockwise direction, guiding the wire head into the feed tube. 4. Push the wire guide head into the feed tube until it seats firmly. 5. Close the cover and secure the locking plate. 6. Hold the wire forward with two fingers, press and hold the switch to feed the wire out. 7. To remove the wire coil, press and hold the locking plate, open the cover, tilt the wire tray to the side, and pull out. Note: Keep the wire coil pinched while removing packaging. Do not allow the wire to unwind inside the tray, which can cause jams. Operation instructions 1. Position the jaws over the intersection of steel bars with the bars engaged at approximately 45 degree angles. Ensure there is no obstruction between the jaws and the wire. 2. Press the start switch once to begin a tie. The tool will wrap, tighten, and cut automatically. 3. Do not insert fingers or objects into the jaws while the tool is operating. 4. After the automatic cycle finishes, the jaws will release and retract from the intersection. 5. If a tying cycle does not complete, do not unplug the machine midcycle; allow the tool to finish or follow troubleshooting procedures. Usage tips For even ties alternate the approach angle: left tilt 45 degrees for one tie, then right tilt 45 degrees for the next. When the tool tightens, small vibrations may occur. Hold the tool firmly but avoid gripping so tightly that it impedes jaw movement. Keep spare wire coils on hand for continuous work and minimize downtime by charging batteries between shifts. Performance and compatibility Designed for construction site use including civil buildings, floor pipe supports, floor heating meshes, and general rebar tying. Works with specified wire diameter and strapping widths. Match wire and strapping sizes to the listed specifications for reliable operation. Specifications summary Size: 60mm Material: Plastic and metal Voltage: 12V Battery: Lithium ion, 1500 mAh Battery charging time: 1.5 hours Tying wire diameter: 0.8 mm Tying wire length per coil: more than 110 m Steel strapping widths: 834 mm and 3060 mm Knot wire length: 300500 mm Knots per charge: up to 1500 Time per knot: approximately 0.8 seconds This compact rebar tying tool is designed to deliver fast, consistent ties on site while remaining easy to carry and operate. Follow the provided installation and operation instructions to maintain performance and reduce interruptions during work.