Independent Sealing and Bag-Making System:
The sealing and bag-making device is independently driven, ensuring complete decoupling of the mechanical and control systems from the material filling process. The sealing process is driven by an independent servo motor, and the pressure, temperature, and time parameters can be precisely and independently controlled.
The independent precise timing control ensures that the sealing device operates only after the material has completely fallen into the bottom of the bag, completely solving the problem of weak sealing caused by material clamping.
The stable pressure and temperature curves ensure perfect fusion of the sealing surface, increasing the sealing strength by more than 30%, significantly reducing leakage and bag rupture caused by sealing issues.
The uniform force results in narrower, more uniform, and wrinkle-free edges, with a plump overall packaging shape and an extremely high quality appearance.
High rigidity linear guide rail conveying system:
With extremely low friction coefficient and extremely high rigidity, the trolley can achieve higher acceleration and maximum speed, laying the foundation for the overall speed improvement.
The linear guide rail system has excellent wear resistance, with a service life that can be several times that of traditional mechanisms, and the accuracy degrades minimally after long-term operation, with extremely low maintenance costs.
It effectively eliminates jitter and deviation during operation, ensuring stable bag length and precise cursor positioning.
Spring-type buffer bag-attachment block:
An integrated buffer bag-attachment mechanism with built-in high-performance springs is incorporated on the transmission cart.
This design can effectively absorb and buffer the impact force when the bag body comes into contact with the cart, avoiding continuous damage to the mechanical structure caused by hard collisions, and significantly extending the overall mechanical lifespan of the cart.
Dual-station cutting system:
By alternating operations, the waiting time for cutting is reduced by approximately 50%.
There is more sufficient filling and measurement time, resulting in higher cutting accuracy (weight/volume control).
It can be matched with the combination of two different materials (such as powder + particles, main material + auxiliary material), enabling the automation production of complex products and opening up new product forms.
At the longitudinal sealing station, a cold pressing code device can be optionally equipped. This device, without applying heat, uses pressure to form continuous raised and recessed code patterns on the inner side of the sealed edge.
According to customer requirements, different shaped easy-to-separate edges (such as straight, arc, zigzag, arrow indication, etc.) can be customized on the cross-sealing knife or at an independent station.