Code Reading Vision Inspection Systems
V26 Series

Code Reading Vision Inspection Systems

Ensure high-quality, readable alphanumeric, 1D/2D barcodes on product packaging surfaces and labels

Cap Inspection
Cap inspection
Cap Inspection

المنتجات والمواصفات

المنتجات والمواصفات


Vision Inspection Guide

دليلك نحو الفحص المرئي
يوفر دليل الفحص المرئي مرجعًا كاملاً لتقنية الفحص المرئي للاستخدام في صناعات الأدوية والأغذية.


برنامج إدارة المعلومات ProdX
يسمح لك برنامج ProdX بالاتصال والتحكم في عملية إدارة فحص المنتج بكاملها بدءًا من نقطة مفردة أو بدءًا من عدة مواقع بعيدة، مما يخلصك من الحاجة إلى قيامك...
The V2630 offers standard configurations to support front and back label inspection, plus an optional cap and fill level inspection.
V26 Flex Series Systems
Supporting multiple applications in the inspection of oriented containers, the V26 Series from CI Vision is available in many configurations.
Vision Inspection Solutions
Vision Inspection Systems from METTLER TOLEDO CI-Vision are part of an integrated hardware and software solution, designed to provide sophisticated sy...

أوراق البيانات

V35 (pdf)
V33 (pdf)
V31 (pdf)
V11 (pdf)

المستندات التقنية

اختيار نظام ضوئي فعال لتطبيقات ضمان الجودة
يقدم هذا المستند التعريفي التمهيدي معلومات حول الطرق المثلى التي يمكن اتباعها لتحديد الجهاز المناسب لمتطلبات الفحص المرئي؛ إذ يعرض عليك المستند كافة ا...
فهم اللوائح المعمول بها في مجال ملصقات الأجهزة الطبية
مستند تعريفي تمهيدي يوضح المتطلبات الرئيسية لملصقات الأجهزة الطبية في كلٍ من الولايات المتحدة والاتحاد الأوروبي والصين.


وقت التشغيل
الدعم والإصلاح
الصيانة والتحسين
المعايرة والجودة
التدريب والمشورة


What's the difference between OCR and OCV?

Optical Character Recognition (or OCR) is a method for identifying printed characters on a package surface. OCR is ideal for variable text fields, where it may not be possible to know what text string will be on the production line. The system compares a given character image against all the characters in a pre-defined font to find the closest match. Optical Character Verification, on the other hand, is looking for a pre-defined value – it is used to check for the accuracy of a code rather than determine what a code is. More information on the way that OCR and OCV work can be found in our white paper Making Codes Readable.

How are 1D and 2D barcodes read by cameras?

Cameras read barcodes in the same way that any barcode reader functions: the software analyses the contrast between filled and empty spaces in order to understand the shape of the code, and then decodes the pattern into an alphanumeric string. Depending on the code type, this either means analysing a simple horizontal line (as in a 1D barcode) or analysing a square (in the case of a 2D barcode). Either way, the basic principle of reading in a pattern of light and dark is the same. The advantage of using a camera instead of a more traditional barcode reader is that camera systems are better-suited to gauging barcode quality – a more traditional barcode reader can only really return a readable or undreadable result.

What is the difference between a PC vision system and a Smart Camera vision system?

Smart Cameras are completely self-contained systems which perform all the image processing and analysis work using an on-board CPU. Smart Cameras often feature integrated lighting as well, making them ideal for simple applications such as code reading. Unfortunately, this simplicity is not without its drawbacks – on-board memory is naturally limited, meaning that a comprehensive record of all products inspected may not be feasible. A PC-controlled system uses cameras which transmit images to a control PC which coordinates image capturing and processing. PC-controlled systems generally deliver faster processing times – which can be important for more complex applications – and carry the advantage of having far more memory to store different inspection profiles and inspection images.  


العروض والمعارض التجارية
Product Inspection Spare Part Kits
Product Inspection Service Partner
Product Inspection User Training
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