The SED-200FLB-S stands out with its high-end and diverse packaging
styles, catering to various premium packaging needs across
industries. It is equipped with a multi-language interface that is
simple to understand and operate, ensuring accessibility for users
worldwide regardless of language background.
A key advantage lies in its synchronized operation—it seamlessly
integrates material feeding, bag making, sealing, and coding into a
single workflow, significantly boosting production efficiency while
reducing operational delays. At the core of its performance is a
stable and reliable PLC programming system, which guarantees
consistent operation even during long-hour production runs,
minimizing unexpected downtime.
For enhanced flexibility, the machine supports 10 storable
programs; switching between different programs for various products
is quick and convenient, eliminating the need for repeated
parameter adjustments and saving valuable setup time. It features a
servo-driven film pulling system with precise positioning, ensuring
accurate film feeding and neat bag forming, which is critical for
maintaining uniform packaging quality.
To adapt to different film materials, the machine offers
controllable vertical and horizontal sealing temperatures—operators
can adjust the temperature based on the properties of the film
(such as thickness and material type), ensuring tight, smooth seals
without damaging the film. For powdered materials, it is equipped
with a high-precision powder metering system, where a servo motor
controls material feeding to ensure accurate dosage for each
package, avoiding waste and ensuring product consistency.
Additionally, the machine adopts an advanced integrated
hardware-software system that enables intelligent detection of
material supply and stoppage. It can automatically identify issues
like material shortage or feeding interruptions, triggering timely
alerts or adjustments to maintain stable production—this
intelligent feature further enhances operational reliability and
reduces manual monitoring workload.
