Used Case Packer APE INCA 2000 up to 8000 bph Introduction Built in
2004, the Used Case Packer APE INCA 2000 up to 8000 bph functions as a
high-performance industrial solution for bottle packaging. It operates
at high speed, handling up to 8000 bottles per hour, which makes it a
perfect fit for production plants that demand continuous operation and
reliability. Moreover, it employs high-quality materials and features
a robust design that withstands the typical stresses of industrial
environments. Currently, the machine resides in storage, and
therefore, it remains ready for deployment. Additionally, it continues
to meet strict production requirements while simultaneously ensuring
durability. Structural Features and Materials of the Used Case Packer
APE INCA 2000 up to 8000 bph The machine uses a stainless steel frame
and covering that guarantee resistance to wear and corrosive agents.
Furthermore, it incorporates stainless steel to ensure high hygiene
standards, which play an essential role in the agri-food and beverage
sectors. In addition, its robust structure increases longevity,
thereby allowing the machine to meet intensive production demands.
Consequently, maintenance procedures become simpler and less frequent.
Likewise, the use of premium materials further reinforces its
performance and reliability in challenging industrial environments.
Production Cycle and Operational Configurations Engineers designed its
production process to offer remarkable operational flexibility. In
every cycle, the machine packages either two cases of twelve bottles
each or four cases of six bottles each. For instance, this dual
configuration enables production plants to adapt quickly to diverse
packaging requirements. Additionally, it optimizes production flow and
minimizes the time needed for line reconfiguration. Moreover, such
versatility empowers optimal management of production processes,
thereby ensuring competitiveness. Similarly, the system adjusts
seamlessly between different packaging formats, which ultimately
enhances efficiency. Mechanical Movement System of the Head Group The
machineâs head group moves using a highly precise and reliable
mechanical system. Firstly, it picks and positions bottles with
constant precision during the case packing process. Subsequently, its
mechanical design ensures smooth operations while reducing errors in
bottle handling. Furthermore, the mechanism maintains high quality
standards throughout the production cycle. Notably, the case packer
comes with 24 adjustable heads that allow operators to optimize
alignment and performance. Thus, the integration of these features
guarantees both speed and accuracy in every cycle. Adaptability of the
Bottle Pick-Up Head The machine adjusts its bottle pick-up head to
accommodate various bottle diameters. As a result, it handles a
diverse range of products while reducing the time and cost associated
with reconfigurations. Specifically, the ability to dynamically adapt
the pick-up head ensures optimal gripping and minimizes the risk of
breakages or errors during bottle handling. Additionally, this
adaptability plays a crucial role in ensuring continuity and precision
in packaging. Therefore, operators can confidently manage different
product sizes, and the system delivers consistent performance.
Operator Interface and Control The case packer places the
operatorâs side on the right, thereby providing an ergonomic and
efficient workflow for managing the production process. Meanwhile,
this well-designed interface offers clear visibility and easy access
to control systems, which enhances both safety and operational
efficiency during high-speed production. Furthermore, operators
benefit from the intuitive layout, as it simplifies troubleshooting
and streamlines routine operations. In fact, the placement of controls
directly influences overall productivity and safety standards within
the facility. Speed Control and Integrated Automation This case packer
adjusts production speed with an inverter that modulates the
motorâs operating frequency precisely. Consequently, operators
can set the speed based on the specific requirements of the production
process, thereby optimizing energy consumption and adapting to load
variations. Additionally, the system integrates centering devices for
boxes and bell mechanisms for bottle pick-up, which further increases
automation and operational precision along the production line.
Furthermore, these features work in tandem to reduce downtime and
improve throughput. Hence, the machine proves itself to be both
versatile and efficient. Compliance with Safety and Electrical
Standards Engineers prioritized operator safety during the design
phase and equipped the machine with safety protections that ensure
secure operation at every stage. In addition, it powers up with a
380-volt three-phase, 50 hertz supply, strictly adhering to European
electrical standards. Therefore, these electrical features, together
with the integrated sa