Maschinen

2007 - Leerglasflascheninspektor HEUFT InLine Spectrum TX und Reflexx

: 9292022

Dieser Inline Heuft EBI wurde im Jahr 2007 hergestellt und im Jahr 2011 verlegt. Die Maschine wurde vor der Demontage im Jahr 2019 getestet. Dieser EBI ist für Klassenflaschen der Größen 0,33 und 0,5 Liter ausgelegt. Die Kapazität dieses Inline-EBI beträgt mindestens 50.000 bph und die Ausrüstung ist in sehr gutem Zustand.

Technical Details

  • Hersteller HEUFT GmbH, Germany
  • Hersteller-Typ InLine EBI with Reflexx image processing
  • Gemacht im Jahr 2005
  • up to 70000 bph
  • Anwendung Qualitätsprüfung von leeren Glasflaschen
  • Reliability 99.9 % detection
  • Empty Bottle Inspector HEUFT Inline
  • Empty Bottle Inspector HEUFT Inline
  • Empty Bottle Inspector HEUFT Inline
  • Empty Bottle Inspector HEUFT Inline
  • Empty Bottle Inspector HEUFT Inline
  • Empty Bottle Inspector HEUFT Inline
  • Empty Bottle Inspector HEUFT Inline
  • Empty Bottle Inspector HEUFT Inline
  • Empty Bottle Inspector HEUFT Inline
  • Empty Bottle Inspector HEUFT Inline
  • Empty Bottle Inspector HEUFT Inline
  • Empty Bottle Inspector HEUFT Inline
  • Empty Bottle Inspector HEUFT Inline
  • Empty Bottle Inspector HEUFT Inline

Empty Glass Bottle Inspector HEUFT Spectrum TX and Refflex complete line

This Inline Heuft EBI was made in year 2007 and relocated in 2011.  The machine was tested before dismantling in year 2019. This EBI is designed for class bottles, sizes 0.33 and 0.5 liters. The capacity of this Inline EBI is min 50 000 bph and equipment is in very good condition.

This Heuft inline EBI makes the following scans:

. This Heuft inline EBI makes the following scans:

  • Inspection to detect thread damage
  • Inspection to recognition of a transparent film in a bottle
  • Recognition of the mineral ring
  • Damage recognition
  • Recognition of liquid remains with IR (acid, NaOH, water, oils and paints)
  • Rust ring detection
  • Mouth Sealing
  • Side Wall (Inner)
  • Side Wall (Outer)
  • Diversion of Faulty Bottle
  • Diversion of High Bottle
  • Diversion of Wide Bottle
  • Diversion of lying Bottle
  • Direction Right to Left

For detecting residual material in a bottle it has both HF (High Frequency) and IF (Infra Red) detections systems. During HF scanning an electric field is generated in the base area of the container. Conductive liquids in a container change this field. Even a single drop of lye can be reliably detected with this HF system. The IR detection is based on the absorption of infrared radiation in a liquid. Non-conductive material can be detected by a special sensor which measures the infrared radiation which has passed through.

Sidewall inspection is made rotating bottle full 90 degree and it will be optically examined all around bottle in order to detect all possible contamination and damage. Finishing inspection for faults and cracks on the bottle finish  wide range of analysis tools for specifically identifying critical faults

around the bottle opening. For this LED strobes project different colored rings of light from above onto the bottle opening. Their reflections are specifically analyzed with  an interaction of high-resolution camera technology and high-performance image processing and filter procedures. Faulty bottles are removed directly from the production flow. The inspection covers the complete sealing surface of the finish but also the sealing lip, the locking ring and the curved side finish area below it.

The EBI has optical HEUFT thread detection system which inspects the screw closure finish on a glass bottle completely. The system takes a picture of the complete circumference of the closure area with two separate cameras and mirror cabinets. The individual pictures of the different views are then put together and checked for faults.

This EBI is equipped with powerful Heuft Reflexx image processing system which is combining several camera pictures and X-ray images in real time. The HEUFT InLine with HEUFT reflexx technology offers an optimal fault detection with a minimum false rejection rate. In this way standard glass bottles which contain the following foreign objects are detected with a reliability of 99.9 % and rejected.