Manufactured by VeriVide Ltd

Slides:



Advertisements
Similar presentations
A complete non-contact colour measurement and imaging solution.
Advertisements

Selecting the right lens. They come in wide angle, telephoto and zoom. They offer a variety of apertures and handy features. They are also the key to.
Set the Camera Options  Resolution  Focus  Exposure  Zoom  Flash  Self-Timer/Remote Control.
MatchIT Color Inspection System Copyright 2003 – 2006 Vision Machines Inc.
Detection and Measurement of Pavement Cracking Bagas Prama Ananta.
MAVIS-II Measurement of Area and Volume Instrument System for Skin Wounds C.D. Jones, P. Plassmann University of Glamorgan, Medical Computing Research.
Grant Blewett Segment marketing manager EAMER
Chapter 11 Glass. Objectives (1 of 2) Understand and explain the unique properties of glass as a still-life subject. Draw clear glass objects accurately.
Optical/Laser/Vision Measurement
Illumination Model How to compute color to represent a scene As in taking a photo in real life: – Camera – Lighting – Object Geometry Material Illumination.
What is Data ? Data is a numerical expression of an activity. Conclusions based on facts and data are necessary for any improvement. -K. Ishikawa If you.
Lighting: The Ins and Outs of Lighting in Various Forms of Media
The Anatomy of a Digital Camera A digital camera contains hundreds of parts It is important to understand the most essential parts of the camera as you.
Basic Rendering Techniques V Recognizing basic rendering techniques.
DIGITAL PHOTOGRAPHY: BACK TO BASICS Source:
DRAFT ONLY Sensory evaluation Foundation.
Unit 2, Part 3: Characterizing Nanostructure Size Dr. Brian Grady-Lecturer
   This is the most important skill of all! Master this, and you're well on your way to becoming an expert photographer. Your job as a photographer.
MSQ Materials Analysis Software. MSQ TM Software The Image Analysis Solution for Metallographic and Materials Science Quality Control. MSQ increases productivity.
UNIT THREE PACKAGE PRINTING AND DECORATING 单元三 包装印刷与装潢 Lesson 9 Color 颜色 Introduction Color Perception Color Terminology Viewing Color.
D EDICATED S PECTROPHOTOMETER F OR L OCALIZED T RANSMITTANCE A ND R EFLECTANCE M EASUREMENTS Laetitia ABEL-TIBERINI, Frédéric LEMARQUIS, Michel LEQUIME.
Applying Colour Theory to Visual Design.  Color Theory is the art of mixing colors to achieve desired effects.  The way colors are combined can be used.
 Each mineral has a definite chemical composition and crystalline structure.  These two characteristics are the fingerprint of the mineral  Various.
Textures and Maps MCC Computer Modelling Trimester 1 – 2015/2016.
Composition: The Graphics Unit of Study. What is a camera angle? This is the angle from which the camera photographs a subject or scene. There are a great.
Data Collection and Analysis ENGR 1181 Class 7. Data Collection in the Real World Data is collected all of the time, just think about it. When you are.
The Exposure Triangle Exposure is the combination of three factors. The Aperture size, Shutter speed and ISO setting. The combination of these three elements.
Digital Image Fundamentals. What Makes a good image? Cameras (resolution, focus, aperture), Distance from object (field of view), Illumination (intensity.
Minerals Minerals are naturally occurring solids that are usually inorganic, have an ordered, crystalline structure, and vary only slightly in their chemical.
Shade guides Shade tabs
Depth of Field. Depth of field increases with distance. The farther you place the camera from your subject, the more depth of field you can obtain. Landscapes.
Datacolor 2008 Why Datacolor?. 2 Datacolor Proposition Increased Productivity + Lower Cost of Ownership = Greater R.O.I.
Digital Photography and photo manipulation Richard Hine.
Composition: The Graphics Unit of Study. What is a camera angle? This is the angle from which the camera photographs a subject or scene. There are a great.
DECam Daily Flatfield Calibration DECam calibration workshop, TAMU April 20 th, 2009 Jean-Philippe Rheault, Texas A&M University.
Slide 1 "If you have only one watch, you always know exactly what time it is. If you have two watches, you are never quite sure..."
11/23/2015On Camera Flash1 Basic Photography Using Flash.
Radiographic Quality Visibility and Sharpness
The use of elements in a work of art to create a consistent effect All parts of a work of art working together to create a consistent effect – no one.
Survey – extra credits (1.5pt)! Study investigating general patterns of college students’ understanding of astronomical topics There will be 3~4 surveys.
Material obtained from Summer workshop in Guildford County, July, 2014 Unit 6.
In the name of God Computer Graphics. Last Time Some techniques for modeling Today Global illumination and raytracing.
Local Illumination and Shading
Digital Reformatting of Photographic Formats -2- Aaron Choate Digital Library Production Services The University of Texas Libraries.
Chapter 4 Exposure The Exposure Triangle and ISO.
Formal Qualities Developed from the 20th century art movement ‘Formalism’, which emphasized compositional elements such as color, line, shape, form, pattern.
3M Drug Delivery Systems 3 Chris Blatchford & Gemma Nixon, 3M Drug Delivery Systems, Morley St, Loughborough, UK. Graham Hargrave, Tim Justham & Edward.
Color Perception and Measurement Foods / Biomaterials.
Click to edit Master title style Click to edit Master text styles Second level Third level Fourth level Fifth level 1 Integrated Color Solutions A presentation.
Acquiring, Stitching and Blending Diffuse Appearance Attributes on 3D Models C. Rocchini, P. Cignoni, C. Montani, R. Scopigno Istituto Scienza e Tecnologia.
Ethylene Furnace High Temperature Cameras
Year 10 GCSE Scheme of work
Yearbook/Photography Grade 9 Milroy
Lesson 22 Graphics Software.
Printing Terms Commercial Printing.
Computer Graphics Different Images File.
Basic Rendering Techniques
Chapter IV, Introduction to Digital Imaging: Lesson III Understanding the Components of Image Quality
Chapter II Color Theory.
Printmaking Lab.
Basic Rendering Techniques
Two lesions are seen within the lateral segment of the left lobe of the liver (yellow arrows). They appear mildly hyperintense on T2 images and mildly.
Ethylene Furnace High Temperature Cameras
Introduction to Instrumentation Engineering
Visual Literacy: An Introduction to Terminology
Portable Temperature Measurement Instruments by Testo Testo is a world market leader in the field of portable and stationary measurement solutions
Terms Used When Describing Photographs
140MIC: Microbiology Lecture-6 Microscopes.
Lesson 22 Graphics Software.
The Ray Model of Light Light travels in a straight line Recall
Presentation transcript:

Manufactured by VeriVide Ltd The DigiEye System a complete non-contact color measurement and imaging solution.

The challenge faced by sweet manufacturers Colour Management Of Sweets The challenge faced by sweet manufacturers Sweets tend to have irregular or curved surface Can have either glossy or matte appearance They have varying degrees of opacity They can be very small and difficult to measure Not always a solid colour, may be multiple colours Use of natural colourants – Stability issues

The traditional method of Quality Control has been either: Colour Management Of Sweets The traditional method of Quality Control has been either: Visual Assessment with uncontrolled or inconsistent viewing methods in terms of : The Observer - subjectivity Light Source Angle of Observation OR Instrumental Measurement (Spectrophotometer / Colorimeter) with restrictions and limitation. . . . Works well on flat, opaque objects – Very limited on curved or irregular surfaces. Limited by aperture size, averaging the colour of the selected area. Cannot differentiate between different colours in the selected area. The xenon flash can be too powerful for translucent sweets. It will illuminate the sweet internally, influencing the colour measurement The product can be distorted by the aperture

DigiEye – Measuring Colour in Context Colour Management Of Sweets The Solution: DigiEye – Measuring Colour in Context The DigiEye System from VeriVide is different. Digitally capturing and measuring ….. Texture, Colour & Appearance High Resolution - Great Precision. Consistent and Repeatable results. Calibrated images – Colour visualisation. Measures colour in context not in isolation. Colour as seen by the consumer.

What is DigiEye? DigiEye is a digital colour imaging system with many proven applications in the food & confectionary sector. Offers the ability to consistently and reliably measure colour & appearance using a non-contact method. Characterized SLR Camera. Recording colour data at millions of points Calibrated Monitor & Printer. Accurate on-screen product representation. Colour accurate photographic images. Enclosed ‘DigiEye Cube. Eliminating all ambient light. Product capture in Consistent lighting Both Angled and Diffuse lighting.

Measuring Sweets Using DigiEye DigiEye does not have the aperture restrictions of a spectrophotometer We can measure the whole imaged area Allowing either accurate average colour Very flexible selection of individual colours within the image Software compensation for uneven surfaces Non-contact – Does not distort the product Measures the surface colour – as seen by the consumer Visualise AND measure the colour differences Shelf life/colour stability trials

Measuring Sweets Using DigiEye Having an image allows you to be very selective of what you measure Using sophisticated selection tools we can measure accurate non-solid colour We can compare colour difference between standard and batch or batch to batch Much more representative of how the consumer will view the colour

Colour Comparison Using DigiEye – An Example Translucent products are very difficult to assess instrumentally The background influences the colour Using DigiEye we can select the whole object Software correction limits the effect of the background This allows us to give sensible colour difference values unlike traditional instrumental assessment

Colour Comparison Using DigiEye – An Example DigiEye software correction offers benefits for opaque samples too Note that the sample in the top right has a texture difference This can influences the colour We select the standard or recall it from a database DigiEye then compensates for the structure and return accurate difference information

Measuring Surface Distribution Characteristics Using DigiEye DigiEye can be used to assess the percentage distribution the ‘sour sugar’ coating This information can be used to detect any deficiencies in the coating process We can visualise using ‘false colour’ the coverage of the sugar crystals We can see both visually and numerically that the sample on left has insufficient coating

Measuring Surface Distribution Characteristics Using DigiEye DigiEye can also be used to assess other surface characteristics Here we are assessing the area that the jelly ‘yolk’ has bled in to the ‘egg white’ Again this information could tell us about production deficiencies It was found that the coverage of the jelly ‘yolk’ was very consistent The bleed however varied by almost 15% between maximum and minimum coverage

The DigiEye System Manufactured in the UK by VeriVide Ltd Registered under BS EN ISO 9001 Certificate No. 3393. VeriVide Limited. Quartz Close Warrens Business Park Enderby, Leicester. LE19 4SG United Kingdom Tel: +44 (0) 116 284 7790 Fax: +44 (0) 116 284 7799 Email: enquires@verivide.com www.verivide.com/digieye www.digieye.co.uk