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医薬品用ブリスターパッケージング :世界市場・経済性・環境影響・技術

Pharmaceutical Blister Packaging - Global Markets, Economics, Environmental Impact, Technology, and Participants 2014 to 2018

発行 Allied Development Corp. 商品コード 119475
出版日 ページ情報 英文 275 pages
納期: 即日から翌営業日
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本日の銀行送金レート: 1USD=114.71円で換算しております。
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医薬品用ブリスターパッケージング :世界市場・経済性・環境影響・技術 Pharmaceutical Blister Packaging - Global Markets, Economics, Environmental Impact, Technology, and Participants 2014 to 2018
出版日: 2014年07月22日 ページ情報: 英文 275 pages
概要

当レポートでは、世界の医薬品用ブリスターパッケージング業界について詳細に分析し、技術動向や環境影響、市場予測とともに、同業界の構造と動向、トップサプライヤーのプロファイルなどを織り交ぜてお届けいたします。

第1章 イントロダクション

第2章 エグゼクティブサマリー

第3章 技術

  • 技術的優先事項
  • ブリスターパック
  • 二次包装
  • 一次包装工程と装置
  • 二次包装装置

第4章 経済的影響および環境影響

第5章 市場動向と予測

  • 促進因子と動向
  • マクロ経済的要因
  • 世界のエンドユース別ブリスターパック使用量
  • 世界の地域別ブリスターパック消費量
  • 構造別地域のフォーミングウェブ使用量
  • 世界の地域別フォーミングウェブ使用量(面積)
  • 世界の地域別フォーミングウェブ使用量(重量)
  • 世界の材料別フォーミングウェブ使用量(重量)
  • 世界の地域別フォーミングウェブ価格
  • 構造別地域別リディング使用量(単位)
  • 世界の地域別リディング使用量(面積)
  • 地域別世界のリディング使用量(重量)
  • 材料別世界のリディング使用量(重量)
  • 地域別リディング価格
  • 世界のパッケージタイプ別二次包装使用量(単位)
  • 世界の地域別二次包装価格
  • 出荷方法別世界のブリスターパック使用量(単位)
  • 流通網別世界のブリスターパック使用量(単位)

第6章 装置サプライヤープロファイル

第7章 製造メーカープロファイル

第8章 用語

このページに掲載されている内容は最新版と異なる場合があります。詳細はお問い合わせください。

目次
Product Code: RPBP14A

“Pharmaceutical Blister Packaging” is a defi nitive study of the global pharmaceutical blister packaging industry. It provides an integrated examination of technology, economic and environmental forces, market drivers and trends, market projections, and industry participants.

The Technology section analyses packaging materials, structures, processes, and machinery. The Economic/Environmental section examines bottom web manufacturing and provides quantitative results for each structure used for pharmaceutical blister packs. The Market section provides drivers and trends specifi c to blister packs, market statistics for a variety of segmentations, and forecasts for each market segment. The study includes profi les of the top ranked suppliers of top web, bottom web, secondary packaging, and blister packaging machines.

What Sets this Study Apart?

  • Market forecasts and corresponding commentary for a wide range of market segmentations
  • Integrated technical, economic, environmental, market analysis, and participants
  • Quantitative economic and environmental impact studies of bottom webs
  • Accurate profi les of industry participants with content specifi c to blister packaging, materials, and machinery

Learn About:

  • The future of pharmaceutical blister packaging with detailed segment forecasts to 2018
  • In-depth analysis of emerging trends, market conditions, and market drivers
  • Current consumption volumes with projections to 2018
  • The latest technology developments and the opportunities they aff ord

What is included:

  • Detailed analysis of the trends and drivers of this unique and challenging market with volume forecasts to 2018
  • More than 275 pages of detailed data not available anywhere else
  • Details of market opportunities and forecasts broken down by end-use segments and six (6) geographic regions

SAMPLE PAGES

Table of Contents

Section I:

Introduction

  • A. Study purpose
  • B. Key definitions
  • C. Study organization
  • D. Geographic regions
  • E. Study methodology
  • F. Conventions

Section II:

Executive Summary

  • A. Market drivers and trends
    • 1. Drug safety and efficacy
    • 2. Drug sensitivity
    • 3. Unit dose
    • 4. Tamper resistance
    • 5. Child resistance
    • 6. Anti-counterfeiting
    • 7. Patient compliance
    • 8. Late stage customization
    • 9. Equipment downsizing
    • 10. Economics/environmental
    • 11. Regulations
  • B. Technology
    • 1. Bottom webs
    • 2. Top webs
    • 3. Secondary packaging
    • 4. Equipment systems
  • C. Economic and environmental impact
    • 1. Economics
    • 2. Environmental impact
  • D. Market projections
    • 1. Global volume (units) segmented by end-use
    • 2. Global volume (units) segmented by geographic region
    • 3. Value by geographic region
    • 4. Global forming web volume (units) segmented by structure
    • 5. Global lidding volume (units) segmented by structure
    • 6. Global secondary packaging volume (units) by package type
    • 7. Global secondary packaging volume (units) segmented by region

Section III:

Technology

  • A. Technology priorities
    • 1. Drug safety and efficacy
    • 2. Drug sensitivity
    • 3. Drug delivery method
    • 4. Packaging cost
    • 5. Environment and health
    • 6. Child resistance
    • 7. Senior friendliness
    • 8. Anti-counterfeiting
    • 9. Compliance packaging
    • 10. Patented to generic
    • 11. Late stage customization
    • 12. Flexible design blister pack equipment
    • 13. Regulations
  • B. Blister packs
    • 1. Forming web structures
    • 2. Lidding structures (top web)
    • 3. Combination concepts
    • 4. Physical properties - barrier
    • 5. Physical properties - curl
    • 6. Developing technologies - radio frequency identification (RFID)
    • 7. Developing technologies - bar codes
    • 8. Developing technologies - active packaging
    • 9. Tamper-evidence
    • 10. Anti-counterfeit packaging
    • 11. Compliance packaging
    • 12. Suppliers
  • C. Secondary packaging
    • 1. Folding carton, blister card, wallet structure
    • 2. Aluminum foil pouches and trays
    • 3. Consumer demands - convenience
    • 4. Child resistance
    • 5. Anti-counterfeit packaging
    • 6. Compliance packaging
    • 7. Label information
    • 8. Suppliers
  • D. Primary packaging processes and equipment
    • 1. Blister pack equipment
    • 2. Blister pack manufacturing process
    • 3. Registration capability
    • 4. Product sterility
    • 5. Suppliers
    • 6. Installed base
  • E. Secondary packaging equipment
    • 1. Cartoner
    • 2. Blister wallet machine
    • 3. Equipment to support serialization

Section IV:

Economic and Environmental Impact

  • A. Case 1: Cold form foil forming web rollstock manufacturing
    • 1. Assumptions
    • 2. Economic results
  • B. Case 2: COC forming web rollstock manufacturing
    • 1. Assumptions
    • 2. Economic results
  • C. Case 3: PCTFE forming web rollstock manufacturing
    • 1. Assumptions
    • 2. Economic results
  • D. Case 4: PVC forming web rollstock manufacturing
    • 1. Assumptions
    • 2. Economic results
  • E. Case 5: Polypropylene forming web rollstock manufacturing
    • 1. Assumptions
    • 2. Economic results
  • F. Case 6: PVDC-coated PVC forming web rollstock manufacturing
    • 1. Assumptions
    • 2. Economic results
  • G. Case 7: Comparison of Case 1 through Case 6
    • 1. Manufacturing cost
    • 2. Revenue
    • 3. Plant margin
    • 4. Price and barrier normalization
  • H. Case 8: Cold form foil forming web life cycle analysis (LCA)
    • 1. Energy consumption
    • 2. Greenhouse gas releases
  • I. Case 9: COC forming web life cycle analysis (LCA)
    • 1. Energy
    • 2. Greenhouse gas releases
  • J. Case 10: PCTFE forming web life cycle analysis (LCA)
    • 1. Energy consumption
    • 2. Greenhouse gas releases
  • K. Case 11: PVC forming web life cycle analysis (LCA)
    • 1. Energy consumption
    • 2. Greenhouse gas releases
  • L. Case 12: PP forming web life cycle analysis (LCA)
    • 1. Energy consumption
    • 2. Greenhouse gas releases
  • M. Case 13: PVDC-coated PVC forming web life cycle analysis (LCA)
    • 1. Energy consumption
    • 2. Greenhouse gas releases
  • N. Case 14: Comparison of Case 8 through Case 13
    • 1. Energy consumption
    • 2. Greenhouse gas releases

Section V:

Market Trends and Projections

  • A. Drivers and trends
    • 1. Underlying product demand
    • 2. Regulatory environment
    • 3. Unit dose
    • 4. Public and private insurance programs
    • 5. Product differentiation
    • 6. Drug safety
    • 7. Economics
    • 8. Environmental
    • 9. Patent expirations
    • 10. Conversions from prescription to OTC
    • 11. Patient compliance
    • 12. Alternative drug delivery methods
    • 13. Consumer lifestyles
    • 14. Drug protection requirements
  • B. Macroeconomic factors
  • C. Global blister pack volume (units) by end-use
    • 1. Over-the-counter drugs
    • 2. Prescription drugs - retail
    • 3. Prescription drugs - institutional
    • 4. Physician samples
    • 5. Clinical trials
  • D. Global blister pack volume (units) segmented by region
    • 1. Asia
    • 2. China
    • 3. Europe
    • 4. Japan
    • 5. North America
    • 6. ROW
  • E. Regional forming web volume (units) segmented by structure
    • 1. Global forming web volume (units) by structure
    • 2. Asia
    • 3. China
    • 4. Europe
    • 5. Japan
    • 6. North America
    • 7. ROW
  • F. Global forming web volume (area) by geographic region
  • G. Global forming web volume (metric tons) by geographic region
  • H. Global forming web volume (metric tons) by material
  • I. Global forming web value (US$) segmented by geographic region
    • 1. Product mix
    • 2. Market price drivers
  • J. Regional lidding volume (units) segmented by structure
    • 1. Global
    • 2. Asia
    • 3. China
    • 4. Europe
    • 5. Japan
    • 6. North America
    • 7. ROW
  • K. Global lidding volume (area) segmented by region
  • L. Global lidding volume (metric tons) by geographic region
  • M. Global lidding volume (metric tons) by material
  • N. Lidding value segmented by geographic region
    • 1. Product mix
    • 2. Market price drivers
  • O. Global secondary packaging volume (units) by package type
  • P. Global secondary packaging value by geographic region
    • 1. Product mix
    • 2. Market price drivers
  • Q. Global blister pack volume (units) segmented by delivery method
  • R. Global blister pack volume (units) by distribution channel

Section VI:

Equipment Supplier Profiles

Section VII:

Producer Profiles

Section VIII:

Glossary

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