Solid structure, firm and durable.
2) Special designing for compacting wire coil with rack
3) Soft start and stop.
4) Compacting driven by hydraulic.
5) Special transmission mechanism adopted, safe and stable.
6) Conveyor for loading and unloading
7) Multiple limit protection makes the machine more safe.
8) The machine stops automatically.
9) Obligating position for manually strapping.
10) Two way back pressure technical, ensure smooth transition during shifting of gravity.
** Fast, continuous compacting and strapping. ** These machines wrap and secure wire rods at significantly higher speeds than manual operation. Some models can compact and strap hundreds of rods per hour, maximizing throughput and reducing cycle times. Faster processing lowers costs and improves competitiveness.
** Precise compacting pressure control. ** Hydraulic systems apply controlled pressure for ideal compacting of wire rods. Pressure is regulated so rods are compacted tightly enough for efficient, stable bundling without damage. Proper pressure optimizes space usage, economy and appearance.
** Strong, secure strapping. ** Machines wrap rods with straps at appropriate tension for safe bundling during handling and transit. Straps are tightened to prevent shifting without over-securing or breaking rods. Strong yet adjustable strapping protects rods from damage while still allowing easy unpacking.
** Minimized material usage. ** Machines apply only as much compacting pressure and strapping tension as needed. This limits excess usage of straps, padding and end caps. Using less material decreases costs, waste management fees and required storage space. Reduced usage benefits both finances and sustainability.
** Improved safety. ** Manual compacting and strapping of heavy rods poses risks such as injury from strain, pinch points, sharp edges or unstable loads. Automation eliminates these hazards, reducing accidents, injuries, insurance claims, workers’ comp costs and legal issues. A safer work environment supports morale, productivity, quality and brand value.
** Reliable, durable design. ** Machines use heavy-duty, industrial components and solid construction for high-volume, continuous operation. This provides years of reliable, low-maintenance performance. Durability minimizes downtime and cost of repairs or early replacement. A trusted, long-lasting design delivers productivity, safety and affordable cost efficiency.
** Improved productivity and reduced waste space. ** Although compact in size, automated machines offer high capacity for processing numerous rods per hour. This combination of large volume and small footprint maximizes use of facility space. More rods can be compacted and strapped per square foot than manual handling alone. Improved density reduces required storage space and lowers real estate costs.