
Smart Packaging, Labels & Tags - Intelligent / Connected / Active Markets & Technologies - Opportunities & Trends
Description
Smart Packaging, Labels & Tags - Intelligent / Connected / Active Markets & Technologies - Opportunities & Trends
Executive Summary
A number of tipping points are being reached - Big opportunities in Smart Packaging & Labels.
Smart Packaging, Labels & Tags is a broad characterisation that covers a broad diversity of product technologies, features, functionalities & applications - Leading to multiple opportunities (as well as threats) from generic to niche / high value added to commodity scenarios.
Meantime there is intense between technologies as well as individual solution providers. Partnerships & collaborations can be key.
Types of Smart Packaging covered in this report include:
· Outward Looking (Intelligent / Connected)
· Inward looking (Active).
This comprehensive new Vandagraf report constitutes a deep dive into the ramifications & requirements for smart packaging, labels & tags.
Types of Application include: Consumer Engagement / Mobile Marketing, Track & Trace Mass Serialisation, Inventory & Supply Chain Management, Data Analytics, Product Recalls, Brand Protection, Product Authentication & more.
Packaging / labels are an inherent part of the daily lives of consumers everywhere & are a well-adapted carriers for enhanced digital functionalities.
Indeed, the world of packaging is rapidly developing its own extended & mobile global eco-system.
Smart packaging / labels, which are set for a renewed surge of strong growth in coming years.
Tipping points are being reached fueled by:
· A powerful trend to digitalisation across multiple industries (further fueled by the recent COVID-19 pandemic)
· The Internet of Things (IoT), incl. smart packaging & the Internet of Packaging (IoP) - Rapidly expanding
· Smartphones have become ubiquitous - Huge global footprint & installed base - Constantly improving functionality & performance
· The dramatic rise of eCommerce – And the major disruption this is bring to the world of branded consumer products
· Sustainability / Circular economy / Pressing requirements for post-consumer - waste Packaging & labels management & sorting
· Printed electronics – Promise of much lower cost devices than traditional silicon - based chips / antennas – Such components are set to open up huge new markets, that up to now have not been cost-effective for electronic smart packaging solutions
· Requirements for accurate & timely home medicine dispensing (out-patients & also clinical trials)
· Increasing adoption of Blockchain - distributed ledger technology
· Active packaging - And how Active packaging will increasingly operate with connected packaging. Requirements for increased safety & quality - Extended shelf-life.
Companies Mentioned
3M, Amcor, Avery Dennison / Smartrac, AB InBev, All-Tag, Aptar, Bayer, Beontag ,Bobst, Boticario, CCL Healthcare, Clariant, Constantia, Digimarc / Evrythng, Dupont, Eltronis, EM Microelectronic, Federal Mogul, Gerresheimer, GM, Goodyear, Guala Closures, Harvestmark / Yottamark, Hedone, Herborist. Husky, Identiv, IMI, Jabil, Johnson & Johnson / Janssen, Kisico, Logtag, L'Oreal, Merck, Michelin, Multisorb, Nedap, NXP, Opsec Security, Palladio Group, Perfect Diary, Pernod Ricard, p-Chips, PragmatIC, ProofTag, Remy Martin, Ripesense, RR Donnelley, Schreiner, Sephora, Spectra, SML Group, Sproxil, Stora Enso, Surys, Systech, tesa, TempTime, Temp Trip / Sealed Air, TetraPak, Touchcode, Wiliot, Zappar.
& numerous other companies.
Executive Summary
A number of tipping points are being reached - Big opportunities in Smart Packaging & Labels.
Smart Packaging, Labels & Tags is a broad characterisation that covers a broad diversity of product technologies, features, functionalities & applications - Leading to multiple opportunities (as well as threats) from generic to niche / high value added to commodity scenarios.
Meantime there is intense between technologies as well as individual solution providers. Partnerships & collaborations can be key.
Types of Smart Packaging covered in this report include:
· Outward Looking (Intelligent / Connected)
· Inward looking (Active).
This comprehensive new Vandagraf report constitutes a deep dive into the ramifications & requirements for smart packaging, labels & tags.
Types of Application include: Consumer Engagement / Mobile Marketing, Track & Trace Mass Serialisation, Inventory & Supply Chain Management, Data Analytics, Product Recalls, Brand Protection, Product Authentication & more.
Packaging / labels are an inherent part of the daily lives of consumers everywhere & are a well-adapted carriers for enhanced digital functionalities.
Indeed, the world of packaging is rapidly developing its own extended & mobile global eco-system.
Smart packaging / labels, which are set for a renewed surge of strong growth in coming years.
Tipping points are being reached fueled by:
· A powerful trend to digitalisation across multiple industries (further fueled by the recent COVID-19 pandemic)
· The Internet of Things (IoT), incl. smart packaging & the Internet of Packaging (IoP) - Rapidly expanding
· Smartphones have become ubiquitous - Huge global footprint & installed base - Constantly improving functionality & performance
· The dramatic rise of eCommerce – And the major disruption this is bring to the world of branded consumer products
· Sustainability / Circular economy / Pressing requirements for post-consumer - waste Packaging & labels management & sorting
· Printed electronics – Promise of much lower cost devices than traditional silicon - based chips / antennas – Such components are set to open up huge new markets, that up to now have not been cost-effective for electronic smart packaging solutions
· Requirements for accurate & timely home medicine dispensing (out-patients & also clinical trials)
· Increasing adoption of Blockchain - distributed ledger technology
· Active packaging - And how Active packaging will increasingly operate with connected packaging. Requirements for increased safety & quality - Extended shelf-life.
Companies Mentioned
3M, Amcor, Avery Dennison / Smartrac, AB InBev, All-Tag, Aptar, Bayer, Beontag ,Bobst, Boticario, CCL Healthcare, Clariant, Constantia, Digimarc / Evrythng, Dupont, Eltronis, EM Microelectronic, Federal Mogul, Gerresheimer, GM, Goodyear, Guala Closures, Harvestmark / Yottamark, Hedone, Herborist. Husky, Identiv, IMI, Jabil, Johnson & Johnson / Janssen, Kisico, Logtag, L'Oreal, Merck, Michelin, Multisorb, Nedap, NXP, Opsec Security, Palladio Group, Perfect Diary, Pernod Ricard, p-Chips, PragmatIC, ProofTag, Remy Martin, Ripesense, RR Donnelley, Schreiner, Sephora, Spectra, SML Group, Sproxil, Stora Enso, Surys, Systech, tesa, TempTime, Temp Trip / Sealed Air, TetraPak, Touchcode, Wiliot, Zappar.
& numerous other companies.
Description
This recently published Vandagraf report provides quantitative analysis & market sizing estimates for Smart Packaging, Labels & Tags in 2022 with forecasts to 2027 & longer terms predictions to 2032.
The aim of this research, analysis & report is to identify opportunities & threats arising from the fast-changing scene in smart packaging, labels & tags.
And to structure a comprehensive report to enable smart packaging stakeholders to develop optimal strategies & actionable plans.
And as such, the report can provide a valuable guide for:
· Smart packaging solution providers to develop fit-for-purpose technologies & collaborations
· Packaging & Label converters to tailor their offerings to meet the needs of different vertical markets & product categories
· Brand owners to deploy appropriate smart packaging technologies for optimal results & ROI
· Other interested parties.
The market contains individual chapters covering the state-of-play in the following selected key markets:
· Healthcare, Food, Drinks Personal Care, Automotive
· Scope: Worldwide.
This very comprehensive 400 plus page report is carefully indexed & cross-refenced to facilitate easy navigation & understanding.
This recently published Vandagraf report provides quantitative analysis & market sizing estimates for Smart Packaging, Labels & Tags in 2022 with forecasts to 2027 & longer terms predictions to 2032.
The aim of this research, analysis & report is to identify opportunities & threats arising from the fast-changing scene in smart packaging, labels & tags.
And to structure a comprehensive report to enable smart packaging stakeholders to develop optimal strategies & actionable plans.
And as such, the report can provide a valuable guide for:
· Smart packaging solution providers to develop fit-for-purpose technologies & collaborations
· Packaging & Label converters to tailor their offerings to meet the needs of different vertical markets & product categories
· Brand owners to deploy appropriate smart packaging technologies for optimal results & ROI
· Other interested parties.
The market contains individual chapters covering the state-of-play in the following selected key markets:
· Healthcare, Food, Drinks Personal Care, Automotive
· Scope: Worldwide.
This very comprehensive 400 plus page report is carefully indexed & cross-refenced to facilitate easy navigation & understanding.
Table of Contents
412 Pages
- VOLUME 1 - Technology Overview
- 1. AIM & SCOPE
- 1.1 The Aim of this Research
- 1.2 Scope
- 1.1.1 Geographical
- 1.1.2 Vertical Markets
- 1.2.3 Device Types – Intelligent / Connected & Active Packaging
- 2 INTRODUCTION
- 2.1 Background to the Report
- 2.2 Macro Forces
- 2.2.1 Industry 4.0 – Implications for smart Packaging
- 2.2.2 The Internet of Things (IoT)
- 2.2.3 The Internet of Packaging (IoP)
- 2.2.4 COVID-19 – A Big Impact – Relevant to Smart Labels
- 3 CONCLUSIONS, OBSERVATIONS & OPPORTUNITIES
- 3.1 Conclusions
- 3.2 Observations
- 3.2.1 Smartphones
- 3.2.2 Wireless / Electronic versus Optical – Performance / Cost
- 3.2.3 Wireless / Electronic Devices - Unit Cost Issues
- 3.2.4 Enhancing Business Cases & ROI
- 3.2.4.1 Dual Frequency Combi Devices – Greater Functionality
- 3.2.4.2 Miniaturisation of Wireless / Electronic Devices – New Markets
- 3.2.4.3 Printed Electronics
- 3.2.5 Hybrid RFID / EAS Systems
- 3.2.6 2D / QR Codes
- 3.2.7 Digital Watermarking
- 3.2.8 Augmented Reality & the Metaverse
- 3.2.9 Surface Feature Authentication
- 3.2.10 Touch Activated Connected Packaging
- 3.2.11 Time-Temperature Indicators (TTIs)
- 3.2.12 Other Intelligent / Connected Technologies – RTLS, ESLs
- 3.2.12.1 RTLS – Real Time Location Systems
- 3.2.12.2 ESLs – Electronic Shelf Labels
- 3.2.13 Regulations, Gov’t initiatives & Standardisation of Wireless
- 3.3 Opportunities
- 3.3.1 Opportunities by Type of Connected Packaging
- 3.3.2 Areas of Opportunity – Vertical Markets - Smart Packaging / Labels
- 3.3.3 Smart Packaging - 9 Distinct Applications
- 4 TRENDS & MARKET RESTRAINTS
- 4.1 Trends
- 4.1.1 Trend - Dramatic Rise of eCommerce - A New Mix of Offline / Online
- 4.1.1.1 Offline versus Online
- 4.1.1.2 eCommerce Requires Different Packaging
- 4.1.2 Trend - New Retail – Omnichannel
- 4.1.2.1 Achieving Availability across all Channels
- 4.1.2.2 A Conflict of Interest - Loss Prevention Measures versus Flexible Checkouts
- 4.1.2.2 Digital Twins - Retail Applications
- 4.1.3 Trend - Smartphones – A Key Role to Play in the Future of Retail
- 4.2 Single Platform-Multiple Functionalities-Enhanced ROI
- 4.3 Market Restraints
- 5 KEY FIGURES – MARKETS
- 5.1 The Global Packaging Market – All Types
- 5.2 Smart Packaging Markets
- 5.2.1 Key Vertical Markets – Smart Packaging
- 5.2.2 Evolution of Smart Packaging & Smart Labels
- 5.2.3 Evolution of Intelligent / Connected / Active Packaging & Labels
- 5.3 High Growth Technologies
- 5.3.1 QR codes
- 5.3.2 Augmented Reality
- 5.3.3 Other Types of Smart Packaging, Labels Devices
- 5.3.4 Printed Electronics
- 6 DEFINING SMART PACKAGING
- 6.1 Types of Smart Packaging
- 6.1.1 Intelligent & Connected Packaging
- 6.1.1.1 Unique ID / Gateway to the Internet – Key USP – Intelligent / Connected Packaging . 40
- 6.1.1.2 Digital Twins – Enhancing Visibility
- 6.1.2 Intelligent Packaging
- 6.1.3 Connected Packaging
- 6.1.4 Active Packaging
- 6.1.5 Types of Smart Packaging - Attributes
- 7 WIRELESS / ELECTRONIC VERSUS OPTICAL APPROACHES
- 8 WIRELESS / ELECTRONIC SMART PACKAGING / LABELS
- 8.1 Smart Packaging / Labels Construction – Wireless / Electronic
- 8.1.1 Smart Packaging Construction – Inlay or Label - Wireless / Electronic
- 8.1.2 Smart Labels / Inlays - Building Blocks for Smart Packaging
- 8.1.3 Frequency Ranges - RFID
- 8.1.4 Read Ranges – Electronic / Wireless & Types of Application
- 8.2 Cost Effectiveness – RFID
- 8.4.1 Cost Implications - Specialty vs Commodity Products
- 8.4.1.1 Printed Electronics
- 8.4.1.2 Aiming for a Virtuous Circle - Wireless / Electronic Devices
- 9 NFC (NEAR FIELD COMMUNICATION)-SMART PACKAGING
- 9.1 Overview - NFC
- 9.2 High Growth Applications – NFC
- 9.2.1 Reader emulation is projected to witness highest CAGR for the forecast period
- 9.2.2 Non-Auxiliary products to account for largest share of NFC market
- 9.2.3 Banking & finance applications
- 9.3 NFC – Operation
- 9.3.1 Operation in Fully Passive Mode
- 9.3.2 Smartphone Automation and NFC tags
- 9.3.3 Security – NFC
- 9.3.4 Crypto RFID / NFC Tags – Secure / Unclonable
- 9.3.5 NFC ‘Tap’ Technology - Connecting to Additional Online Content
- 9.3.5.1 Example - Digital Coupon delivery
- 9.3.6 NFC-based Time Temperature IoT Sensor Platforms
- 9.3.7 Case Study - Veridify UHF or NFC RFID LIME Tag Range
- 9.4 The NFC Forum
- 10 RAIN PASSIVE UHF RFID – SMART PACKAGING
- 10.1 Some Key Attributes of Passive UHF RFID
- 10.2 Some Features – RAIN RFID
- 10.2.1 Tamper Evident – RAIN RFID & NFC Tags
- 10.2.2 ECO-Friendly– RAIN RFID & NFC Tags
- 10.2.3 Security Considerations – RAIN RFID
- 10.3 Overcoming Technical Barriers - New Markets for RAIN UHF
- 11 COMBINATION NFC / UHF SENSOR PLATFORMS
- 11.1 Some Examples
- 11.1.1 EM Microelectronic-Marin/Swatch - Dual UHF/NFC chips
- 11.1.2 CapTag Solutions – Smart-CapTag
- 11.1.3 Smartrac / Avery Dennison – Web DF Inlays
- 11.1.4 Case Study – p-Chip – Miniaturisation
- 11.1.5 Case Study – Parmigiano Reggiano - Kaasmerk Matec - p-Chip
- 12 EAS (ELECTRONIC ARTICLE SURVEILLANCE) - ANTI THEFT
- 12.1 Traditional EAS Solutions
- 12.1.2 Concealed EAS systems
- 12.2 Next Generation Hybrid RFID / EAS Systems
- 12.3.1 Case Study – Nedap State-of-the-Art Hybrid RFID / EAS
- 12.3.1.1 Nedap iD Cloud Platform - Single Source of Factual Inventory
- 12.3.1.2 Nedap iSenseGo - RF-based EAS
- 12.3.2 Case Study – All-Tag – Combined EAS / RFID
- 13 OTHER WIRELESS TECHNOLOGIES (EXCL. RFID)
- 13.1 Passive RFID & Other Wireless Technologies
- 13.1.1 Passive RFID versus Bluetooth Low Energy (BLE)
- 13.1.2 Case Study: IoT Pixels - Wiliot
- 13.1.3 Increasing demand for Hybrid (RFID + other Wireless) Solutions
- 14 PRINTED ELECTRONICS
- 14.1 Printed Electronics - Low-cost IoT Sensor Platforms
- 14.1.1 Some Key Applications – Printed Electronics
- 14.1.2 Case Study - PragmatIC
- 14.1.3 PragmatIC’s ConnectIC®
- 14.1.4 Some Application Examples- PragmatIC
- 14.1.5 Ongoing R&D - PragmatIC
- 15 OPTICAL TECHNOLOGY PLATFORMS
- 15.1 Variable 2D Barcodes (QR / Datamatrix)
- 15.1.1 QR (Quick Response) Codes
- 15.1.2 QR Code Statistics—Global
- 15.1.3 Massive Growth of QR Codes since COVID-19 Outbreak
- 15.1.3.1 Payments - QR Codes
- 15.1.3.2 Consumer Engagement - Focus of Advertising Strategy
- 15.1.3.3 Digital Coupons
- 15.1.2 China - Dramatic Rise of QR Codes
- 15.1.3 QR Code Growth - Drivers
- 15.1.4 Mobile Marketing Tools – QR Codes & Smartphones
- 15.1.5 The Power of Analytics
- 15.1.6 A Few Examples of QR Initiatives Triggered by COVID-19
- 15.1.7 Datamatrix 2D Codes
- 15.1.7.1 Applications – Datamatrix Codes
- 15.2 Digital Watermarking
- 15.2.1 Case Study – Digimarc for Packaging - The Barcode of Everything™
- 15.2.2 Case Study - EVRYTHNG’s IoT Platform - SmartLabel® DL (Digimarc)
- 15.2.2.1 EVRYTHNG SmartLabel® DL
- 15.2.2.2 Benefits of EVRYTHNG SmartLabel DL (Direct Link)
- 15.2.2.3 EVRYTHNG’s Dynamic Redirection Service
- Augmented Reality (AR)
- 15.3.1 AR Market – All Vertical Markets / All Types of Application
- 15.3.2 AR - ‘Always-On’ Approach
- 15.3.4 Trigger Technologies & Augmented Reality
- 15.3.5 Case Study – Omnichannel Call to Action – AR
- 15.3.6 Case Study- Bombay Sapphire – AR
- 15.3.7 Towards the Metaverse with AR
- 16 COMPETING TECHNOLOGIES
- 16.1 Surface Feature Authentication - eFingerprint
- 16.1.1 Artificial Random Feature Generation
- 16.1.2 Case Study - e-Fingerprint – Systech
- 16.1.3 How Such Systems Work - Printing is a Dynamic Process
- 16.2 Touch Activated Connected Packaging
- 16.2.1 Case Study-SmashBox-Estee Lauder-Touchcode™ Conductive Ink
- 16.2.2 Case Study - Edding Code - PRISMA ID (Prismade Labs)
- 16.2.3 Case Study-CapTag Solutions-Interactive-Touch Transfer Technology
- 16.2.4 Pack Recognition - Visual Search & Product Tagging
- 16.2.5 Malong Technologies - ProductAI™
- APPENDICES
- Smartphone Subscriptions Worldwide 2016-2027
- Mobile Marketing with Smartphones
- APPENDIX – Coding Print Quality is Critical
- APPENDIX - Source Tagging
- APPENDIX - Traditional EAS Systems by Technology
- Acousto-Magnetic Systems
- Radio Frequency (RF) Systems
- Electro-Magnetic Systems
- Microwave Systems
- Hard Tags – Detachable / Re-usable
- About Vandagraf International
- The Vandagraf Approach & Method
- Vandagraf Consultancy Projects & Multi-Client Reports
- Author Profile
- List of Tables
- Table 1 Types of Smart Packaging – An Overview
- Table 2 Opportunities by Type of Connected Packaging
- Table 3 Areas of Opportunity – Vertical Markets - Smart Packaging / Labels
- Table 4 Functionalities, Applications & Benefits – Smart Packaging
- Table 5 Global Packaging Market – All types
- Table 6 Number of Packaging Units Globally by Vertical Market
- Table 7 Evolution of Smart Packaging / Smart Labels by Value – 2022 to 2027
- Table 8 Intelligent/Connected Packaging/Active Packaging & Labels % Share – 2022 to 2027
- Table 9 Intelligent / Connected Packaging / Active Packaging & Labels – 2022 to 2027
- Table 10 Intelligent/Connected Packaging/Active Packaging & Labels-2022 to 2027
- Table 11 RFID – Passive / Active
- Table 12 Breakdown by Types of Smart Packaging Device – 2022 to 2027
- Table 13 Printed Electronics – 2022 to 2027
- Table 14 Intelligent / Connected Packaging versus Active Packaging
- Table 15 Types of Smart Packaging – Attributes
- Table 16 Radio / Electronic vs. Optical Platforms – Types of Functionality
- Table 17 Passive RFID Operating Frequency Ranges & Types of Application
- Table 18 Functionality of Short, Long and Extended Range RFID Radio Electronic Devices
- Table 19 Some Key Attributes of Passive UHF RFID
- Table 20 Key Performance Characteristics-UHF RFID Chip-based Tags Operating to ISO 18000-6: UHF passive RFID systems for item identification
- Table 21 EAS Systems by Type of Retailer by Value Table 22 ALL-TAG Security Label Specifications
- Table 23 Comparative Summary of RFID versus BLE
- Table 24 Some Examples – PragmatIC Solutions
- Table 25 Types of Optical Solutions - 2D / QR / Datamatrix Barcodes, Digital watermarks, Augmented Reality
- Table 26 Some Mobile Marketing Tools
- Table 27 Types of Additional Content & Interactive Experience
- Table 28 A Few Examples of QR Initiatives Triggered by COVID-19
- Table 29 Global Augmented Reality Market Breakdown - % Share
- Table 30 Types of Players in the Emerging AR Supply Chain
- Table 31 Augmented Reality – Technical Functionality – Some Major Suppliers
- Table 32 Worldwide Smartphone Installed Base 2017 – 2022 with forecast to 2027.
- List of Figures
- Fig 1 Smart Packaging - 9 Distinct Applications
- Fig 2 Global Packaging Market by Packaging Material
- Fig 3 Vertical Markets – Smart Packaging, Labels – 2022
- Fig 4 Smart Packaging – Intelligent / Connected / Active
- Fig 5 Smart Packaging Construction – Inlay or Label - Wireless / Electronic
- Fig 6 Smart Labels / Inlays - Building Blocks for Smart Packaging
- Fig 7 Internationally Agreed Frequency Bands - Main Types of Chip-based RFID Tags
- Fig 8 Low-frequency (LF) / high-frequency (HF) / ultra-high-frequency (UHF) tags
- Fig 9 Radio-Electronic vs Optical Codes for Commodity or Speciality Products
- Fig 10 Block diagram of SL900A NFC-enabled sensor from ams
- Fig 11 Lime Tag & Veridify Logos
- Fig 12 Identiv Tamper evident Circus Tag
- Fig 13 Huayuan eco-friendly UHF inlay
- Fig 14 CapTag Security Labels
- Fig 15 EM Microelectronic-Marin/Swatch - Dual UHF/NFC chips - Inlays
- Fig 16 Avery Dennison D Midas Flagtag DF’s dual-frequency inlay
- Fig 17 Shanghai HUAYUAN Company Combi EM4423 NFC/UHF Inlays
- Fig 18 Smart CapTag Solutions - Labels on Wines (standard and anti-tamper)
- Fig 19 Smartrac’s WebDF Inlay
- Fig 20 p-Chip – Miniaturisation
- Fig 21 Parmigiano Reggiano
- Fig 22 EAS Gates & Tags
- Fig 23 Callidus Concealed EAS Solution
- Fig 24 A Further Step in Multi-Functionality – Omnichannel Management
- Fig 25 Nedap’s multi-user app
- Fig 26 All-Tag EAS solution
- Fig 27 Wiliot System
- Fig 28 Wiliot's Reusable Transport Item (RTI) solution - Shufersal
- Fig 29 The FlexLogIC Line - PragmatIC Semiconductor
- Fig 30 A PragmatIC Wafer
- Fig 31 Chinese Train Ticket with QR Code
- Fig 32 Steps to creating, monitoring and refining online interactive Advertising Campaigns, with Feedback Loop
- Fig 33 Digimarc - Barcode of Everything™ - Looks like this / Performs like this
- Fig 34 Digimarc BarCode – With In-store robots
- Fig 35 A Digimarc Digitally Watermarked Pack using EVRYTHNG’s Smart Label Platform
- Fig 36 Digimarc Code with Smartphone – Multiple Functionalities
- Fig 37 Global AR Market Shares in 2022
- Fig 38 Omnichannel Call to Action – AR – Carlton Dry Beer
- Fig 39 Call to Action – AR – Bombay Sapphire - Experiential
- Fig 40 Type of Microscopic Variation that Occur in Printed Barcodes
- Fig 41 The Internet of Packaging Stack – with Touch-Activated Devices Positioned vs Radio Electronic & Optically Read Codes
- Fig 42 SmashBox - Touchcode™
- Fig 43 Edding Code - PRISMA ID (Prismade Labs)
- Fig 44 A Demonstrator Confectionery pack - Enabled with Touch Transfer Technology™ Fig 45 Search by image - Enabling shoppers to Search for Products without Text
- Fig 46 Acousto-magnetic tags
- Fig 47 RF EAS label
- Fig 48 EM labels - Available in different sizes and colors
- Fig 49 Hard Tag – Detachable / Re-usable.
- VOLUME 2 – Selected End User Vertical Markets
- 1 INTRODUCTION
- 1.1 Some Key Observations
- 1.2 Types of Smart Packaging
- 1.3 Major Future Trends & Drivers
- 1.3.1 The Future is Digitalisation across Most Vertical Markets
- 1.3.2 eCommerce - Dynamic Growth – Multiple Sectors
- 1.3.3 Loyalty Programmes
- 1.3.4 Sustainability – Packaging
- 1.3.5 Combining Intelligent/Active Packaging
- 1.4 Areas of Opportunity - Smart Packaging
- 2 HEALTHCARE
- 2.1 The Global Healthcare Market
- 2.2 Healthcare Packaging - Overview & Market Sizing
- 2.3 Drivers – Healthcare & Healthcare Packaging
- 2.3.1 Shift from Hospitals to Home Care Continues to Shape Packaging
- 2.3.2 Non-Compliance – Patient Treatment / Clinical Trials
- 2.3.3 Supply Chain Transformation
- 2.3.4 Regulations & Serialisation Mandates
- 2.3.5 Counterfeiting
- 2.3.6 Sustainable Practices
- 2.3.7 Ageing Population
- 2.3.8 Effects of fallout of COVID-19 - Healthcare
- 2.4 RAIN RFID - Healthcare
- 2.4.1 Multiple Healthcare Benefits that can be delivered by RAIN RFID
- 2.4.2 RFID & NFC - Active & Intelligent Packaging – Pharma
- 2.4.3 Case Study - Beontag / Confidex / DigitalTags / LabID / Temera / Zecode
- 2.4.4 Stora Enso RFID unit Acquired by Beontag
- 2.4.5 Case Study – CCL Healthcare - Smart Packaging / Labels
- 2.4.6 Case Study - SUKU/Avery Dennison/EM Micro-Blockchain/RFID
- 2.4.7 Case Study - Kisico NFC Plastic Screw Caps - Healthcare
- 2.4.8 Case Study – Tamper Evident RFID Caps-Medical Applicns - IMI
- 2.5 Blister Packs - Intelligent / Connected
- 2.5.1 Case Study – Janssen/J&J – Intelligent / Connected Blister Packs
- 2.5.1.1 Janssen - Clinical Trial Management - CROdrug Adherence Mobile Medical Apps
- 2.5.2 Case Study - Constantia Flexibles – Interactive Blister Pack Solutions
- 2.6 Some Other Healthcare Smart Packaging
- 2.6.1 Case Study – Sproxil Systems
- 2.6.2 Case Study – PhutureMed Packaging – Palladio
- 2.6.3 Case Study Bayer - Serialisation with Holograms
- 2.6.4 European Medicines Verification System
- 2.6.5 Lijun Antibiotics - Hologram Security Label – DuPont (De La Rue)
- 2.7 QR Codes in Healthcare – Dramatic Growth
- 2.8 Medical Devices
- 2.8.1 Drivers - Medical Devices market
- 2.8.2 Restraints & Challenges
- 2.8.3 Case Study - Aptar Digital Healthcare - ACTIV-VIAL PORTFOLIO
- 2.8.4 Case Studies - Schreiner MediPharm - Connected Medical Device
- 2.7.4.1 RFID Tracking Label - Cap-Lock with RFID - Schreiner ProTech
- 2.7.4.2 Schreiner MediPharm – NFC Label for Autoinjector
- 2.7.4.3 Smart Vial Kit - Schreiner MediPharm
- 2.7.4.4 Specialty Labels for Injection Systems - Schreiner MediPharm
- 2.8.5 Case Study - Qfinity™ Autoinjector Platform - Jabil Healthcare
- 2.8.6 Case Study – Merck & Gerresheimer Digital Twin Traceability
- 2.9 Healthcare – Cold Chain
- 3 ALCOHOLIC DRINKS
- 3.1 The Global Alcoholic Drinks Market
- 3.2 Alcoholic Drinks Packaging - Market Sizing
- 3.2.1 Alcoholic Drinks – Packaging Volumes
- 3.2.2 Structural Packaging Formats – Alcoholic Drinks
- 3.3 Drivers & Trends - Alcoholic Drinks
- 3.3.1 Smart Phone Enabled Connected Solutions
- 3.3.2 Multiple Security Codes on a Single Pack
- 3.3.3 eCommerce – Alcoholic Drinks
- 3.3.4 Premiumisation Packaging for Premium Alcoholic Drinks
- 3.3.6 Soft & Hard Drinks - Convergence
- 3.4 Smart Packaging/Labels/Closures-Alcoholic Drinks
- 3.4.1 Case Study - GCL Holdings - NFC/Tamper Evidence/Non-Refillable
- 3.4.2 Case Study - Campaign with NFC & AI Technology - Rémy Martin
- 3.4.3 Case Study – Identiv NFC Smart Packaging – OTACA Tequila
- 3.4.4 Case Study – AB InBev – Digital Transformation
- 3.4.5 Case Study - CustomWave RFID Smart Labels - R. R. Donnelley
- 3.4.6 Case Study - Pernod Ricard Brands - NFC Bottles
- 3.4.6.1 Pernod Ricard - IoT Demonstration Centre
- 3.4.6.2 Some Stockholm Absolut Lab NFC Enabled Innovations
- 3.4.6.3 Pernod Ricard / Malibu Rum - NFC
- 3.4.6.4 Pernod Ricard / Jameson Irish Whiskey - NFC
- 3.4.7 Case Study – Romanian Wine - Eltronis Security Labels
- 3.4.8 Case Study – BubbleTag™ & Other Devices from Prooftag
- 3.4.9 Case Study - Chateaux Margaux/Lafite-Multiple Security Devices
- 3.4.10 Case Study-DuPont Authentication IZON™- Smart Phone
- 3.4.12 Case Study-tesa Scribos-tesa dtect™ App - Smart Phone
- 3.4.13 Case Study-tesa Scribos/Ramondin-Connected Wine Bottles
- 3.4.13 Case Study – TetraPak - Non Alcohol-Connected Pack Platform
- 4 BEAUTY & PERSONAL CARE
- 4.1 The Global Beauty & Personal Care Market
- 4.2 Beauty & Personal Care Packaging – Overview & Market Sizing
- 4.3 Drivers & Trends - Beauty & Personal Care
- 4.3.1 Digital Engagement
- 4.3.2 eCommerce – Beauty & Personal Care
- 4.3.3 Phygital Experiences – Wider Metaverse Movement
- 4.3.4 Consumer Engagement - Fragrances & Colour Cosmetics
- 4.3.5 Premiumisation - Premium / Mass – Beauty & Personal Care
- 4.3.6 Personalisation / Price – Value - Efficiency
- 4.4.1 Case Study - Sephora – Connectivity/Consumer Engagement/Loss Prevention
- 4.4.1.1 Sephora Flash - Connected Beauty Store
- 4.4.1.2 Sephora Mexico – Loss Prevention - Nedap EAS Systems
- 4.4.2 Case Study – L’Oréal Payfree for Beauty Products
- 4.4.3 Case Study – Grupo Boticário Brazil
- 4.4.4 Case Study - Mineral Fusion Cosmetics - DirectLink™ Label
- 4.4.5 Case Study - SML Group – UHF Label Designs
- 4.4.6 Case Study - TapLabel - TUOMI
- 4.4.7 Case Study - Siebersdorf Laboratories – NFC-based UV Sensor
- 4.4.8 Case Study - Origintag - Alba 1913 – Smart Label System
- 4.4.9 Some Other NFC Solutions & Demonstrators
- 4.4.9.1 Poissonier – NFC-enabled Cream Packaging
- 4.4.9.3 Carl Edelmann GmbH – Folded Carton NFC Demonstrator
- 4.4.9.4 Texen / E-Ink – Personalised Make-up Compacts and Perfume Bottles
- 4.4.9.5 Indola Haircare
- 4.4.9.6 MyPack Connect App
- 4.4.10 Integration of Tags on Packaging / Labels / Caps
- 4.5 C-Beauty – Leading the Way
- 4.5.1 International Brands – Historical Reliance on Chinese Tourism
- 4.5.3 C-Beauty – Gaining Traction in International Global Markets
- 4.5.4 Trends in Digitalisation – C-Beauty - Impact of COVID-19
- 4.5.5 Case Studies – Dynamic C-Beauty Brands
- 5 FOOD
- 5.1 The Global Food Market
- 5.2 Drivers & Trends – Food & Food Packaging
- 5.2.1 Food Waste – A Huge Problem Worldwide
- 5.2.3 eCommerce - Fresh & Packaged Food
- 5.2.4 COVID-19 / eCommerce– Impact on the Food Industry
- 5.3 Restraints & Challenges – Food Safety Regulations
- 5.4 Food Packaging
- 5.5 Cold Chain Packaging Market - Food & Healthcare
- 5.5.1 The Frozen Food Packaging Market
- 5.5.2 The Chilled Food Packaging Market
- 5.6 The Fresh Food Packaging Market
- 5.7 The Microwave Packaging Market
- 5.8 Product Traceability – Track & Trace
- 5.8.1 Case Study - Del Campo - HarvestMark / YottaMark
- 5.9 QR Codes-Traceability /Consumer Engagement-Food
- 5.9.1 Case Study QR Codes in Food Packaging – An Example
- 5.10 RFID - Food Packaging
- 5.10.1 Case Study – Sodexo – Avery Dennison WaveSafe™
- 5.10.2 Stora Enso Selfly Store for un-manned Retail
- 5.10.3 Case Study – Intelligent Fridges / Husky
- 5.10.4 Case Study – Amcor – Connected Packaging
- 5.10.4.1 The MaQX System - Digital, Connected Smart Packaging
- 5.10.4.2 Amcor/JD Farm joint launch NFC-enabled flexible packaging - China
- 5.10.4.3 Amcor China/Tencent/BMSmart - Internet of Everything/Packaging
- 6. TTIS, DATA LOGGERS, OTHER SENSORS
- 6.1 Global TTI (Time Temperature Indicator) Market
- 6.2 TTIs – Overview & Market Sizing
- 6.3 Traditional ’Use-by-date’ technology - Limitations
- 6.4 TTI Technologies
- 6.4.1 Diffusion-based TTIs
- 6.4.3 Thermochromic ink technology - TTIs
- 6.4.4 Case Study - CCL TTI Labels – Smart Packaging
- 6.4.5 Case Study - Freshness TTI with integrated Bar code with Decay
- 6.4.6 Case Study - 3M Diffusion based TTI - MonitorMark™
- 6.5 TTIs – Healthcare
- 6.5.1 Vaccines – Cold Chain
- 6.5.2 TTIs – Vaccines – Present & Future Viral Threats
- 6.5.3 Case Study - Smart Vial Labels - COVID-19 Vaccines – TempTime
- 6.5.4 Vaccine Vial Monitor (VVMs)
- 6.5.5 Case Study – TempTrip / Sealed Air
- 6.5.6 WHO PQS TTI Data Loggers for Vaccines
- 6.5.7 WHO Guideline E006: Temperature Monitoring Devices
- 6.6 Digital Time / Temperature Data Loggers
- 6.6.1 RFID / NFC enabled data Loggers
- 6.6.2 Case Study - LogTag® Portfolio of PQS Listed Data Loggers
- 6.6.3 Case Study - Disposable USB Temp. Data Logger-TZone Digital CN
- 6.7 Other Types of Sensors / Indicators
- 6.7.1 Gas Sensors / indicators
- 6.7.2 Oxygen Control Indicators
- 6.7.3 Shock and vibration Indicators
- 7 ACTIVE PACKAGING-FOOD/HEALTHCARE
- 7.1 Active Packaging – Overview & Market Sizing
- 7.1.1 Major Types of Active Packaging Systems
- 7.2 Drivers & Trends – Active Packaging
- 7.2.1 Extending Shelf Life
- 7.3 Restraints & Challenges - Active Packaging
- 7.3.1 Regulations
- 7.3.2 Interaction / Migration Active Packaging Materials & Food
- 7.4 Types of Active Packaging
- 7.4.1 Moisture Control – Active Packaging - Dessicants
- 7.4.2 Case Study – Clariant Healthcare Packaging - Moisture Control
- 7.4.3 Examples of other Formats - Packets / Canisters / Labels - Moisture Control
- 7.4.4 Oxygen Scavengers / Absorbers
- 7.4.5 Ethylene Scavengers / Absorbers
- 7.4.6 Biological sensors (Biosensors)
- 7.4.7 Chemical Sensors versus Biological Sensors
- 7.4.8 Case Study - Aptar Active Packaging Systems - Food
- 7.4.9 Case Study - Ripening Sensor® - Ripesense - Food
- 7.4.10 Diffusion Systems (Emitters)
- 7.4.11 Anti-Microbial Packaging & Materials
- 7.5 Active Packaging – Healthcare
- 7.5.1 Case Study – Aptar CSP – Active Blisters – Pharmaceuticals
- 7.6 MAP (Modified Atmosphere Packaging)
- 7.6.1 The Global Modified Atmosphere Packaging (MAP) Market
- 7.6.1.1 Modified Humidity Packaging (MHP)
- 7.6.4 Drivers & Trends – MAP
- 7.6.5 Restraints & Challenges – MAP
- 7.6.2 Packaging Form Factors & Materials - MAP
- 7.6.6 Types of Gases Used - MAP Technology
- 8 AUTOMOTIVE – NEW / AFTERMARKET
- 8.1 Global Automotive - New Vehicles/Aftermarket
- 8.2 Aftermarket – Automotive - Parts & Components
- 8.2.1 Offline / Online Sales - Automotive aftermarket
- 8.2.2 Aftermarket Products – OEM/Certified/Uncertified
- 8.2.3 Distribution Channels – Aftermarket
- 8.3 Drivers & Trends - Automotive
- 8.3.1 Digitalisation
- 8.3.2 eCommerce - Transforming the Automotive Aftermarket
- 8.3.3 Regulations
- 8.3.4 Automotive Electronics / IoT-Connected Vehicles / EVs
- 8.3.4.1 Automotive Electronics
- 8.3.4.2 IoT-Connected Automotive Vehicles
- 8.3.4.3 EVs (Electric Vehicles)
- 8.3.5 Counterfeit Automotive Parts - Aftermarket
- 8.4 Restraints & Challenges - Automotive
- 8.4.1 Very Large Vehicle Parts Databases & Catalogues - Management
- 8.4.2 Smooth Transition to Electronic Powertrain
- 8.4.3 Legal Constraints – Eco Friendly Replacement Parts
- 8.5 Automotive packaging
- 8.5.1 Types of Automotive industry Packaging
- 8.5.2 The Global automotive parts packaging market Sizing
- 8.5.3 Case Study - Intelligent Auto Supply Chain - Opsec
- 8.5.4 Case Study - GM Europe - Genuine GM Parts - Opsec
- 8.5.5 Case History - 3T Bicycle Motorparts Protection – Opsec
- 8.5.6 Case Study - Federal-Mogul Parts - FP Diesel Products - Opsec
- 8.5.7 Case Study - tesa Scribos - PSA Group - Auto Parts
- 8.6 Tyres (OEM / Replacement)
- 8.6.1 Case Study – Michelin - All Car Tyres by 2023 - RFID / IoT
- 8.6.2 Global Data Service Organisation (GDSO)
- 8.6.3 Case Study – Goodyear-Blockchain-Nova Labs / Helium Network
- 8.7 Vehicle Identification Labels
- 8.7.1 RAIN RFID - Electronic Vehicle Identification (EVI)
- 8.7.2 Case Study - Tönnjes E.A.S.T. - RAIN RFID-based system
- 8.7.3 SURYS – IN Groupe – Vehicle Labels Solutions
- 8.8 Packaging / Labels – Automotive Sector
- 8.8.1 Automotive Labels – All Types - Market Overview
- 8.8.2 Automotive Smart Labels
- 8.8.4 Case Study - Schreiner ProTech-RFID Part Tracking label
- 9 OTHER MARKETS - SMART PACKAGING
- 9.1 Other Global Markets
- 9.1.1 Traceability & Connectivity – Manufacturing – Other Markets
- 9.1.2 Number of Parts / Components / Assemblies – Aircraft vs Cars
- 9.1.3 Case Study-Industrial Products/Components incl. Aviation-Opsec
- 9.1.4 Case Study - John Deere Licensed Merchandise - Opsec
- 9.1.5 RAIN Enabled Labels - Baggage Handling Labels- Airlines
- 9.1.6 Active Packaging in Other Industries
- APPENDIX - Government Mandates - RFID
- APPENDIX - EPCIS
- APPENDIX – GSI Digital Link
- About Vandagraf International
- Author Profile
- List of Tables
- Notes: Unless otherwise stated
- • All market figures listed below are by Value ($ USD)
- • All historic and forecast data are expressed in constant terms; inflationary effects are discounted.
- • The base year is 2022, with forecasts to 2027.
- Table 1 Types of Smart Packaging – Intelligent / Connected / Active
- Table 2 Evolution of Global Green Packaging – All Markets
- Table 3 Areas of Opportunities by Type of Smart Packaging Solution & Markets
- Table 4 Evolution of Global Packaging by Vertical Market
- Table 5 Evolution of Global Pharmaceuticals, Medical & Surgical Equipment Markets
- Table 6 Evolution of Global Consumer Health Product Markets
- Table 7 Evolution of Global Healthcare Packaging Markets
- Table 8 Segmentation – Healthcare Packaging Markets
- Table 9 Common Pharma RFID Inlays - Avery Dennison Smartrac
- Table 10 Evolution of Global Medical & Surgical Equipment Markets
- Table 11 Types of Healthcare Related Devices & Equipment
- Table 12 Evolution of Global Alcoholic Drinks Markets
- Table 13 Evolution of Global Alcoholic Drinks Markets by Volume
- Table 14 Evolution of Global Alcoholic Drinks Packaging Markets
- Table 15 Evolution of Global Packaging Unit Volumes - Number of Packs - Drinks Packaging - (a)
- Table 16 Evolution of Global Packaging Unit Volumes - Number of Packs - Drinks Packaging - (b)
- Table 17 Typical Structural Packaging Formats – Wines & Spirits
- Table 18 Price Ranges – Prestige, Ultra through to Value Brands
- Table 19 Evolution of Global Beauty and Personal Care Products
- Table 20 Evolution of Packaging Unit Volumes - Number of Packs - Beauty & Personal Care Packaging - (a)
- Table 21 Evolution of Packaging Unit Volumes - Number of Packs - Beauty & Personal Care Packaging - (b)
- Table 22 Evolution of Global Markets - Premium vs. Mass Beauty & Personal Care Products
- Table 23 Smart / Intelligent Packaging / Labels (excl. Active) – Beauty & Personal Care
- Table 24 Evolution of Global Fresh Food – Volume in Tonnes (thousands)
- Table 25 Evolution of Global Food Packaging
- Table 26 Evolution of Packaging Unit Volumes - Number of Packs - Food Packaging - (a)
- Table 27 Evolution of Packaging Unit Volumes - Number of Packs - Food Packaging - (b)
- Table 28 Evolution of Global Cold Chain Packaging – Primarily Food & Healthcare
- Table 29 Global Cold Chain Packaging Market Shares by Product Category - % - 2022
- Table 30 Market Segmentation – Cold Chain
- Table 31 Typical Temperature Range Requirements – Cool Chain / Cold Chain
- Table 32 Global Food Chain Packaging Shares by Packaging Format - % by Type of Packaging
- Table 33 Evolution of Global Frozen Food / Global Chilled Food
- Table 34 Evolution of Global Frozen Food Packaging
- Table 35 Evolution of Global Chilled Food Packaging
- Table 36 Global Chilled Food Packaging Market Shares - % - 2022
- Table 37 Evolution of Global Fresh Food Packaging
- Table 38 Global Fresh Food Packaging Market Shares by Packaging Material - % - 2022
- Table 39 Global Fresh Food Packaging Market Shares by Product Category - % - 2022
- Table 40 Evolution of Global Microwave Packaging - Susceptors Market
- Table 41 Market Segmentation - Global Microwavable Packaging
- Table 42 Global Microwavable Food Packaging - Shares by Product Category - % - 2022
- Table 43 Evolution of Global Time temperature Indicators (TTIs) Market
- Table 44 TTIs – Segmentation
- Table 45 Evolution Product Quality Indicators – From Date Codes to TTIs, to Electronic Labels
- Table 46 Some examples of Data Loggers with Threshold Values for Vaccine Temperatures
- Table 47 LogTag Portfolio of PQS Listed Data Loggers
- Table 48 Evolution of the Global Active Packaging Market (incl. MAP)
- Table 49 Evolution of Global Antimicrobial Packaging
- Table 50 Evolution of Global Modified Atmosphere Packaging (MAP)
- Table 51 Modified Atmosphere Packaging - Optimal Gas Mixtures
- Table 52 Evolution of Global Automotive Aftermarket & New Vehicles
- Table 53 Aftermarket Breakdown – Share % - 2022
- Table 54 Evolution of Global Automotive Aftermarket & New Vehicles - Component Categories
- Table 55 Evolution of Global Automotive Aftermarket Market - Product Types
- Table 56 Evolution of Global Aftermarket - Types of Parts – Genuine OEM / Certified / Uncertified
- Table 57 Evolution of the Global Automotive Parts Packaging Market
- Table 58 Evolution of the Global Tyre Market
- Table 59 Evolution of the Global Automotive Labels Market
- Table 60 Types of Labels – Coding Method / Function / Application
- Table 61 Evolution of Other Global Markets
- Table 62 Typical Overall No. of Components - Internal combustion engine versus EVs.
- List of Figures
- Fig 1 The Interlocking World of Smart Packaging
- Fig 2 Global Serialisation Regulatory Snapshot
- Fig 3 Example of Linear Barcode – Regulatory Requirement in China
- Fig 4 Population over 60 Years of Age by Region
- Fig 5 Stora Enso’s Ecotag Technology
- Fig 6 CCL Healthcare’s Comprehensive Range of Smart Packaging / Labels Solutions
- Fig 7 Kisico NFC-enabled plastic capsule & Holographic Variant
- Fig 8 IMI’s Prep-Lock™ Tamper Evident Caps – RFID Enabled
- Fig 9 Janssen Smart Adherence Blister Pack with Smartphone
- Fig 10 Interactive Blister Packaging - Constantia
- Fig 11 Sproxil's Verification App
- Fig 12 Sproxil's Solution in Action - Package with Sproxil label and phone showing SMS reply
- Fig 13 PhutureMed Packaging – Palladio
- Fig 14 Medical Packaging with E Ink Display to monitor the ambient conditions - Palladio
- Fig 15 Uniquely-numbered Holograms on Pharma Packs – Bayer
- Fig 16 Smartphone Readable Hologram Authentication Aystem - Spectra Systems / InkSure
- Fig 17 Prescription medicine pack with DataMatrix Code & Tamper Evidence Features
- Fig 18 Lijun Antibiotics - Hologram Security Label – DuPont (De La Rue)
- Fig 19 Evolution of Healthcare QR Code Usage
- Fig 20 Evolution of Vaccine QR Code Usage
- Fig 21 A Range of Aptar Smart Connected Devices - ACTIV-VIAL
- Fig 22 Smart healthcare Solution - Digital respiratory medicine - Aptar HeroTracker® Sense
- Fig 23 Metered Dose Inhaler Kit - Aptar
- Fig 24 Cap-Lock with RFID – Schreiner Protech
- Fig 25 Schreiner MediPharm & SCHOT Pharma - Digitised pre-filled syringes with RFID labels
- Fig 26 NFC-Label for Auto-injector - Schreiner MediPharm
- Fig 27 Digital Therapy Monitoring - Schreiner MediPharm
- Fig 28 Specialty Labels for Injection Systems - Schreiner MediPharm
- Fig 29 Cellular Qfinity+ Home Hub Solution - Jabil Healthcare
- Fig 30 Digital Twin Pre-filled syringes – Merck & Gerresheimer
- Fig 31 Cold chain being maintained using ice box while transporting polio vaccine - ‘Last Mile’
- Fig 32 Total eCommerce Alcohol Value by Channel
- Fig 33 Tap into your Brand’s Full Potential – Guala Closures
- Fig 34 Tamper Evident Technology – Guala Closures
- Fig 35 Rupture Control Loop – RFID Enabled Tamper Evidence - EM Microelectronics
- Fig 36 NFC Integrated in Plastic Closures - Guala Closures
- Fig 37 Marketing Campaign with NFC & AI Technology - Rémy Martin
- Fig 38 OTACA Tequilla with Identiv Tap & Go NFC Cap
- Fig 39 World’s Largest Brewer – AB InBev
- Fig 40 CustomWave RFID Smart Labels – RRD
- Fig 41 Absolut Vodka - Absolut Capp / ‘Flo Heiss’ Absolut Touch
- Fig 42 Mailibu Rum – Smartphone Enabled Consumer Engagement
- Fig 43 Jameson Irish Whiskey – Smartphone Enabled Consumer Engagement
- Fig 44 Interactive Holographic Labels Promote Wine Provenance and Fight Fraud with Multiple Security Features – Eltronis
- Fig 45 Tamper Evident Wine Bottle Label with Integrated Prooftag Technology Feature
- Fig 46 Prooftag – Bubble Tag
- Fig 47 Chateau Lafite Wine Bottle with Prooftag bubble seal system
- Fig 48 DuPont IZON™ System - Presence or Absence of a Number of Visible Dots
- Fig 49 tesa Smart Labels - BevSeal™, PrioSpot™, dtect App
- Fig 50 tesa Scribos-tesa/Ramondin-Connected Wine Bottles
- Fig 51 TetraPak – Non-Alcoholic Drinks - Connected Package Platform
- Fig 52 Sephora - Flash Connected Beauty Retail Store & In-store Interaction Using Touch Screens
- Fig 53 Sephora Retail Store Entrance with EAS Gates
- Fig 54 L’Oreal pop-up shop: payfree and Avery Dennison self-checkout technology
- Fig 55 Mineral Fusion Cosmetics - DirectLink™ NFC-enabled Labels on POS Displays
- Fig 56 TapLabel – TUOMI
- Fig 57 TapLabel with Smartphone
- Fig 58 Siebersdorf Laboratories – NFC-based UV Sensor
- Fig 59 Origintag - Alba 1913 – Smart Label System - Gallenic Hand Cream
- Fig 60 Poissonier – NFC-enabled Cream packaging
- Fig 61 Carl Edelmann GmbH – Folded Carton NFC Demonstrator
- Fig 62 Texen / E-Ink – Personalised Make-up Compacts and Perfume Bottles
- Fig 63 Henkel NFC pilot - Professional Haircare Indola brand
- Fig 64 MyPack Connect App
- Fig 65 Some Approaches to Integrating Tags on Packaging / Labels / Caps
- Fig 66 C-Beauty - Products on Display at Retail
- Fig 67 C-Beauty - Florasis Beauty Brand
- Fig 68 C-Beauty - Perfect Diary Brand
- Fig 69 C-Beauty - Herborist Brand
- Fig 70 C-Beauty – Caicui Brand - Sold on the US Amazon Store
- Fig 71 C-Beauty – Chando’s Women’s Day campaign #She’s gonna say
- Fig 72 C-Beauty – Hedone Brand
- Fig 73 C-Beauty – Marie Dalgar’s 2018 I love me as I am campaign
- Fig 74 HarvestMark - YottaMark / Weber Marking Systems – Authentication & Traceability
- Fig 75 An Example of how a QR code / Smartphone Enabled System for Food can operate
- Fig 76 WaveSafe™ Microwave-safe UHF RFID solution - Avery Dennison
- Fig 77 SmartChef Powered by SmartFridge
- Fig 78 Stora Enso Selfly Store for un-manned Retail
- Fig 79 Intelligent Fridges – RFID-enabled self-service food cabinet - Husky
- Fig 80 The Amcor MaXQ System
- Fig 81 NFC-enabled Flexible Packaging for the Chinese Market – Amcor / JD Farm
- Fig 82 CCL TTI Labels – Smart Packaging
- Fig 83 Freshness TTI with Integrated Barcode, that Decays Subject to Temperature Changes over Time
- Fig 84 MonitorMark™ TTIs – 3M
- Fig 85 TempTime Smart Labels on Vaccine Vials
- Fig 86 Vaccine Vial Monitor (VVM) - TemptTime
- Fig 87 Disposable USB Temp. Data Logger - TZone Digital Technology, CN
- Fig 88 Structure of a Carbon Dioxide Gas Indicator with Fabrication Process
- Fig 89 Silica Gel Beads Packaged in a Permeable Sachet - Dessicant
- Fig 90 Multi-layer Moisture Absorbent Pad in Food Packaging Tray
- Fig 91 Equilibrium-stabiliser Products – Protecting Finished Drug Products / Bulk ingredients
- Fig 92 Multisorb StabilOx® Canisters & StabilOx® Sachet
- Fig 93 Blister Pack / Sachet Containing Syringes + Dessicant Canisters
- Fig 94 Roll of Self-adhesive FreshMax Labels / FreshPax CR Sachets - Multisorb
- Fig 95 Oxygen Scavenger Sachets
- Fig 96 Elements of a Biosensor – Principle of Operation & Components
- Fig 97 Aptar Freshwell Absorbent Packaging Systems - Trays
- Fig 98 Some Other FreshWell Absorbent Packaging Systems Variants
- Fig 99 Ripening Sensor® TTI Colour changes from Red to Yellow during Ripening Process – Pears
- Fig 100 Chlorine Dioxide Pouches Placed Inside Fruit-packing Cases
- Fig 101 Aptar Activ-Blister™ Solution – Exploded View
- Fig 102 Other Aptar Activ-Film™ Form Factors
- Fig 103 Testing the Modified Atmosphere in a Plastic Bag containing Carrots
- Fig 104 A Nitrogen Generator for Modified Atmosphere Packaging
- Fig 105 Examples – Air Filter & Sparkplug Packaging
- Fig 106 OVD Security Label – GM - Opsec
- Fig 107 Federal-Mogul Motorparts – Coding (NFC, QR, Linear)
- Fig 108 Example of Fake ‘3T Ergosum Ltd’ bicycle road handlebars
- Fig 109 Lower bicycle frame with hologram label
- Fig 110 tesa ‘Holospot™’ label
- Fig 111 An example of a Tyre Label Carrying 2D barcode, logos & text
- Fig 112 Michelin Car Tyre with Embedded RFID Tag
- Fig 113 The IDePLATE System - Electronic Vehicle Identification
- Fig 114 SURYS - Windshield Solutions
- Fig 115 SURYS - Carplate Registration Plate Solutions
- Fig 116 SURYS - Vehicle Identification System
- Fig 117 Schreiner ProTech’s - Poly-Track Cap-Lock label with RFID
- Fig 118 Industrial Spares Label with Integrated Hologram – Opsec
- Fig 119 John Deere Licensed Merchandise - Opsec
- Fig 120 RAIN Enabled Labels - Baggage Handling Labels- Airlines
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