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AIM 8000 Series

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    AIM 8000 Series

    Automated Inspection Machines for Ampoules, Vials, Cartridges and Syringes

  • next page

    AIM 8000 Series

    Automated Inspection Machines for Ampoules, Vials, Cartridges and Syringes

  • next page

    AIM 8000 Series

    Automated Inspection Machines for Ampoules, Vials, Cartridges and Syringes

 
  • Overview

    Particles are detected by a vision system based on two high resolution CMOS area cameras in confocal tandem configuration. Image capture timing of each camera is alternately synchronized with dual LED illumination, enabling independent capture of transmitted light and reflected light particle images from the same container. As result, the camera system performs 2 inspection types on a single station, saving valuable space on the inspection table. Moreover additional camera systems inspect for cracks, stains and other container defects. The latest CCD and CMOS camera technologies in combination with specially designed optics and LED lighting are applied for accurate inspection of container defects.

    Inspection technologies:

    Camera-based technology and light transmission-based SD technology. Leak Detection modules can be fully integrated into AIM 8000 Series.

    Modular design:

    The machine consists of three modules (main / sub / pre-spin modules) which interface mechanically, electrically and functionally. It allows faster delivery and rapid customization of the equipment according to each customer’s requirement.

     

    Benefits:

    Combination of 3 high-end technologies for particle inspection:

    • CMOS and CCD high-resolution area camera with LED lightning
    • Static Division (SD) light transmission-based technology
    • Line scan cameras

    • All kinds of products including high viscose products, powder, lyophilized products and others
    • Wide range of applications with up to 15 inspection stations
    • Integration of Container Closure Integrity (CCI) testing modules
    • Puck system: The changeover parts are shorten and the container damage risk is reduced by eliminating contact with hard surfaces
    • Direct spin: The use of servo motors under each container position ensures easy and accurate adjustments according to viscosity of the liquid and size / volume of the container
    • Modular design with high flexibility
    • Low false reject rates

    Camera-based equipment benefits:

    • High detection rates even in high-viscosity liquids and suspension
    • Combination of transmitted and reflected light

    Light-transmission-based SD equipment benefits:

    • Unaffected by ambient light
    • Automatic adjustment of light intensity
    • Easy setup, validation and maintenance

     
     
  • Technical
    Data
     
    Technical Data:
    Machine capacity up to 36,000 containers/h
    Container type Vials, Cartridges, Syringes and Ampoules
    Container diameter range up to 95 mm
    Power supply 230V, 380V, 400V, 415V, 440V,460V, 480V – 3Phase + PE – 50–60 Hz
    Air supply Compressed air – 0.4 Mpa, 800 NL/min

    Technical data are subject to change

     
     
  • Request
    for Quote

    For more information feel free to contact us via our

    RFQ-Form

     
  • Application
    Examples

    Particulate inspection

    Particles are detected by an optical system composed of two high resolution CMOS cameras (area / line) and optionally by light-transmission-based SD technology.

    Particle defects such as

    • In liquid (black/white particles, fibers…)
    • Floating (Particles, fibers…)
    • Sunken (Heavy particles, shards…)

    Cosmetic container inspection

    The latest CCD and CMOS camera technologies in combination with specially designed optics and LED lighting are applied for accurate inspection of container defects.

    Cosmetic defects such as

    • Cap integrity and color
    • Crimp and neck integrity
    • Upper body and shoulder
    • Lower Body and heel

    Puck system – the latest container transport system

    Pucks developed for smooth transport along the inspection table path. Container damage risk is reduced by eliminating contact with hard surfaces. For changeover, pucks are easily exchanged by a semiautomatic loading/unloading mechanism.

    Puck system – new container transport system

    Pucks developed for smooth transport along the inspection table path. Container damage risk is reduced by eliminating contact with hard surfaces. For changeover, pucks are easily exchanged by a semiautomatic loading/unloading mechanism.

     
    Sunken Particulate
    Cap Integrity and Colour
    Puck System
     
     
  • Parts and
    Service
  • Contact