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Filling Monoblock

Ref: M248
  • Used overhauled filling triblock ALFATEK Elvira 16-20-3 year 2009 - 0
  • Used overhauled filling triblock ALFATEK Elvira 16-20-3 year 2009 - 1
  • Used overhauled filling triblock ALFATEK Elvira 16-20-3 year 2009 - 2
  • Used overhauled filling triblock ALFATEK Elvira 16-20-3 year 2009 - 3
  • Used overhauled filling triblock ALFATEK Elvira 16-20-3 year 2009 - 0
  • Used overhauled filling triblock ALFATEK Elvira 16-20-3 year 2009 - 1
  • Used overhauled filling triblock ALFATEK Elvira 16-20-3 year 2009 - 2
  • Used overhauled filling triblock ALFATEK Elvira 16-20-3 year 2009 - 3
Details
Rinser
No. of grippers:
16
No. of treatments:
Single
Filler
No. of valves:
20
Fill type:
High vacuum
Type of nozzle:
Fixed
Capper
Cap types:
Aluminum screw
No. of heads:
3
Current state:
In storage
Safety features:
Yes
Manuals:
Yes
Rotation direction:
Clockwise
Electrical data:
V: 380 • Hz: 50
Details
Rinser
No. of grippers:
16
No. of treatments:
Single
Filler
No. of valves:
20
Fill type:
High vacuum
Type of nozzle:
Fixed
Capper
Cap types:
Aluminum screw
No. of heads:
3
Current state:
In storage
Safety features:
Yes
Manuals:
Yes
Rotation direction:
Clockwise
Electrical data:
V: 380 • Hz: 50
Full description

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    Description

    Used overhauled filling triblock ALFATEK Elvira 16-20-3 year 2009

    Initially, the ALFATEK Elvira 16-20-3 filling triblock, created in 2009, stands as a benchmark of engineering excellence for bottling in glass containers.

    1. Model Description and Operational Capability

    Configured for an impressive throughput of 4,000 bottles per hour (BPH), it specifically targets handling 0.75-liter glass containers. Furthermore, the Filling Triblock Alfatek Elvira integrates three main operational modules: the rinser, the filler, and the capper. Each module is meticulously tailored for a distinct phase of the bottling process, ensuring a streamlined operation.

    2. Rinsing Unit of the Filling triblock Alfatek Elvira

    The Filling Triblock Alfatek Elvira is equipped with 16 grippers, the rinsing system ensures containers are thoroughly cleaned before filling. Consequently, the gripping mechanism is ingeniously designed to handle glass containers with the utmost care, thereby preventing any potential damage.

    3. Filling Mechanism

    Moreover, the filling segment incorporates 20 valves, operating on a high vacuum principle to achieve precise filling. This method not only ensures uniform fill levels across all containers but also allows for efficient dispensing of liquids of varying viscosities, thanks to the selection of fixed nozzles.

    4. Capping System

    Subsequently, the capping unit, fitted with three heads, is adept at applying aluminum screw caps with unparalleled precision. It demonstrates the exceptional versatility of the Filling Triblock Alfatek Elvira in handling various cap types, thus ensuring a consistent secure seal consistently.

    5. Safety Measures and Maintenance Protocols

    Additionally, the Filling Triblock Alfatek Elvira adheres to stringent industrial safety standards, featuring comprehensive protective measures for operator safety. Presently stored under optimal conditions, it is accompanied by a complete set of maintenance manuals. This pivotal aspect is crucial for maintaining the machine’s operational efficiency and extending its longevity.

    6. Electrical Specifications and Mechanical Design

    Requiring an electrical supply of 380 V at 50 Hz is perfectly aligned with standard industrial requirements. Moreover, its clockwise rotational movement is thoughtfully designed for seamless integration into existing production setups, thereby facilitating effortless adoption.

    7. Conclusion of the Filling Triblock Alfatek Elvira

    In conclusion, the ALFATEK Elvira 16-20-3 triblock from 2009 epitomizes advanced engineering, effectively optimizing rinsing, filling, and capping operations in bottling processes. Its technical configuration renders it ideally suited for robust application within the bottling industry, achieving high marks for operational efficiency, precision, and reliability. The meticulous design assures compatibility with a broad range of bottling requirements, securely positioning it as a valuable asset in production environments. Ultimately, the incorporation of transition words aims to enhance the flow and coherence of the analysis, ensuring a comprehensive understanding of the machine’s capabilities.

    DISCLAIMER: The operational status of each machine is monitored on a monthly basis. Therefore we will promptly update the current status of the machine only at the time of your request.