ISTA 中国年会

随着大陆液晶显示面板行业的蓬勃发展，过去液晶面板主要依赖进口的时代已经一去不复返。随之而来的是液晶面板及液晶电视价格的大幅下降，液晶电视得以全面普及，对咱们老百姓是大好事。为了支撑液晶面板的成本竞争力，这些年液晶面板包装成本也在逐年下降，但目前来看各屏厂都遇到了瓶颈。接下来如何兼顾品质进行科学化、精细化包装设计成为重中之重，同时为了达成双碳目标，ESG也已成为未来包装设计的大趋势和必选项。

1. 成本优化；
2. 可靠度测试条件优化 ；
3. 仿真分析；
4. ESG方向。

With the booming development of the mainland's LCD panel industry, the era in the past when LCD panels mainly relied on imports has gone forever. Followed by a sharp decline in the price of LCD panels and LCD TV, LCD TV can be fully popularized, which is a great good thing for our people. In order to support the cost competitiveness of LCD panels, the cost of LCD panel packaging is also declining year by year in these years, but at present, each screen factory has encountered a bottleneck. Next, how to take into account the quality of scientific and refined packaging design has become the top priority, and in order to achieve the goal of double carbon, ESG has become a general trend and a must option in the future packaging design.

Takeaways: Cost optimization, reliability test condition optimization, simulation analysis, ESG direction

十年液晶面板包装设计经验，熟悉液晶面板常用包装材料特性&生产工艺，对于液晶面板常见包装问题有丰富的解析经验。

Biography: 10 years of experience in packaging design of LCD panels, familiar with the characteristics of commonly used packaging materials and production processes of LCD panels, and rich experience in analyzing common packaging problems of LCD panels.

在电商业务高速发展的背景下，传统的包装设计已经不能满足电商环境发运的要求，导致出现产品漏液，包装破损和消费者投诉。宝洁中国以消费者需求为核心，通过中国电商路径的实地研究，开发了更加符合实际的包装测试方法，指导产品包装设计和快递包装设计，打造卓越的产品和消费者体验。

1.传统包装设计的挑战
2. 应对挑战的方式
3. 宝洁产品中国电商路径的研究
4. 对包装的改进案例
5. 总结

In the context of rapid growth in e-commerce, traditional packaging design can no longer meet the shipping requirements of the e-commerce environment, leading to issues such as product leakage, packaging damage, and consumer complaints. P&G China has conducted field research on the e-commerce pathways in China to develop more practical packaging testing methods. These methods guide product packaging design and express packaging design, aiming to create an superior product and consumer experience.

Takeaways:

1. Challenges of Traditional Packaging Design
2. Strategies to Address the Challenges
3. Research on P&G Products in China's E-commerce Pathways
4. Case Studies of Packaging Improvements
5. Conclusion

杨万敏（Neo Yang），宝洁中国供应链包装创新总监，在宝洁公司任职19年，负责宝洁中国供应链绿色包装创新开发，领导了电商直发包装小绿宝、循环包装大绿宝，低碳轻量化电商包装空气胶囊，纸质柔性包装Versafill记忆蜂窝/记忆魔方和InstaRack即展可重复使用PDQ等项目的开发和推广工作。

Biography: Mr. Neo Yang, P&G China Product Supply Packaging Innovation Director. He has been working in P&G for 18 years and leading several disruptive green packaging innovation projects in P&G, including the eCommerce SIOC package, 2B and 2C reusable package, the global novel ecommerce package Air Capsule , the  paper-based flexible package Versafill and Reusable PDQ etc.

BOE（京东方）作为全球半导体显示产业龙头，深耕于显示器件技术的发展与升级，这同样对于显示器件的包装也提出了更高的要求和考验。在全球化趋势下，液晶显示器件包装也面临着多重的挑战。此次演讲将带来京东方包装技术团队面临的挑战以及破局之道，如极致化的产品设计及客户低成本需求如何在包装设计上实现二者的平衡；数字化、智能化背景下开发包装数字化设计软件及开发适配自动化设备的包装方案；低碳可持续化背景下，绿色包装的开发及回收循环体系的建立。同时，在复杂的国际环境以及人工智能技术的高速发展的背景下，京东方包装技术团队也提出了未来包装技术发展的思考，积极拥抱技术变革赋能的包装行业新发展机遇。观点。

1.液晶显示技术的飞速发展对超薄、超大、超窄等极致化显示器件产品包装的挑战及破局案例分享；
2.复杂多变的国际贸易战背景下，探究包装行业供应链对产业外迁的应对策略；
3.探讨包装智能化及数字化技术发展及京东方数字化成果应用案例；
4.京东方绿色可持续发展目标和成果，包装材料减塑及绿色模压托盘应用、发泡类材料循环回收方案；
5.探索及展望人工智能技术在包装行业未来的应用

As a global leader in the display industry, BOE has been dedicated to advancing the development of display technologies. This has also imposed higher challenges on the packaging of display. Under the trend of globalization, the packaging of liquid crystal display (LCD) faces multifaceted challenges. This presentation will share the challenges encountered by BOE's packaging technology team and their solutions, including:

1. Balancing highly optimized product design with low-cost requirements in packaging design;
2. Developing digital packaging design software and creating packaging solutions compatible with automated equipment in the context of digitalization and intelligent manufacturing;
3. Establishing green packaging solutions and recycling systems under the low-carbon sustainability framework.

Facing the complex international environment and rapid advancements in AI technology, BOE's packaging team will share forward-looking perspectives on future packaging technologies.

Takeaways:

1. Challenges and Breakthroughs in Packaging Ultra-Thin/Large-Size/Narrow-Bezel Display Devices by LCD Technology Evolution;
2. Supply Chain Resilience Strategies for Packaging Industry Amid Global Trade Volatility and Manufacturing Relocation;
3. Intelligent Packaging: Digital Innovations and Smart Technology Applications;
4. BOE Green Packaging Roadmap:Plastic Reduction,Green Pallet and Closed-Loop Recycling Systems;
5. AI in Packaging:Future Trends & Opportunities.

资深高级研究员，从事显示器件产品包装设计工作10余年，主要负责产品包装方案开发及风险评估验证，具备丰富的包装行业实践经验和专业包装设计能力，专注于显示器件行业包装技术研究、材料研发、工艺优化，以及绿色可持续包装方案的开发。主导完成多项显示器件包装设计及包装成本降低项目。曾获“2023年包装行业科学技术三等奖”。

Biography: Senior Packaging Engineer with 10+ years’ expertise in display device packaging design. Core competencies include integrated solution development, risk optimized solutions, and sustainable material innovation. Led multiple display device packaging design solutions and cost optimization projects. Recipient of 2023 National Packaging Technology Award.

Key Focus Areas:

• Packaging Technology and Material R&D
• Packaging Lightweight & Process Optimization
• Sustainable Packaging Solutions Development

随着欧洲一次性塑料指令法律法规的实施，同时为了体现部分高端客户的环保理念，无塑化包装方案需求越来越多，已势在必行。
无塑化包装在成本，材料，结构设计，以及测试方案和测试标准仍需要进一步突破，本报告将呈现中兴在无塑化包装方向的研究和探索。

1）彩盒实现无塑化，取消覆膜的风险和应对策略；2）不同材质的内托防磨花效果比较；3）几款家端终端产品无塑化包装解决方案分享；4）无塑化包装振动测试标准探讨。

With the implementation of the laws and regulations of the one-time plastic directive in Europe, and in order to reflect the environmental protection philosophy of some high-end customers, there are more and more requirements for non-plasticized packaging solutions, which are inevitable.

The costs, materials, structure design, test solutions, and test standards of non-plasticized packages still need to be further broken through. This report will present ZTE's research and exploration in non-plasticized packages.

Takeaways:

1. The printed box is not plasticized, and the risks and countermeasures of film coating are canceled.
2. Comparison of anti-wear effects of inner trays of different materials.
3. Share non-plasticized packaging solutions for several home terminal products. 4) Discussion on the vibration test standards for non-plasticized packages.

2006年毕业于西南大学包装工程专业，大学本科。毕业后加入富士康负责惠普PC包装方案设计。现为中兴通讯高级包装工程师，负责通讯设备，服务器，家庭终端产品包装方案开发，同时负责中兴无塑化及循环包装项目开发。

Biography: Graduated from Southwest University with a bachelor degree in packaging engineering in 2006.After graduation, Mr. Foxconn is responsible for the design of the HP PC packaging solution.As a senior packaging engineer of ZTE, he is responsible for the development of packaging solutions for communication equipment, servers, and home mobile devices, and the development of non-plasticized and recycled packaging projects of ZTE.

在当今电商蓬勃发展的时代，商品的包装运输安全问题日益凸显，成为零售商和产品供应商关注的核心焦点。为了满足不同企业对于包装运输安全的个性化需求，Intertek “ISTA定制化测试方案”应运而生。该方案通过深入分析运输产品的特性、运输环境以及客户期望，运用先进的技术手段和专业的测试流程，为客户提供精准、高效的包装运输安全评估与优化服务。

在全球可持续发展的大背景下，绿色包装材料也展现出其独特价值。如何满足绿色包装监管要求，也将在本次活动中展开探讨。

1.    ISTA系列测试方法选用指南
2.    包装运输主流测试方案物流场景模拟
3.    定制化测试成功案例分享
4.    绿色包装材料的合规要求探索

In the current era of rapid e-commerce growth, the safety of product packaging during transport has become increasingly critical, emerging as a core concern for retailers and product suppliers. To meet the individualized needs of different companies regarding packaging transport safety, Intertek's "ISTA Customized Testing Solutions" have been developed. This solution provides clients with precise and efficient packaging transport safety assessment and optimization services by conducting in-depth analysis of product characteristics, transport environments, and customer expectations, utilizing advanced technical methods and professional testing processes.

Against the backdrop of global sustainable development, green packaging materials also demonstrate their unique value. How to meet the regulatory requirements for green packaging will also be explored during this event.

Takeaways:

1. Guidelines for Selecting ISTA Series Test Methods
2. Simulation of Logistics Scenarios in Mainstream Packaging Transport Test Plans
3. Sharing of Successful Customized Testing Case Studies
4. Exploration of Compliance Requirements for Green Packaging Materials

Intertek轻工产品包装实验室资深测试专家，从事ISTA包装运输及相关产品测试工作10余年，在实验室的建立、技术开发与支持、测试方案的制定等方面具有多年行业经验；深谙产品国内外标准法规信息与整改方案，为众多企业提供过多次专项培训；为企业顺利应对全球市场准入提供有效合规支持。

Biography:

With over 10 years of experience in ISTA packaging transport and related product testing, he possesses extensive industry expertise in laboratory establishment, technical development and support, and the formulation of testing programs. Deeply familiar with domestic and international standards, regulations, and corrective solutions for products, he has provided numerous specialized training sessions for many enterprises. Effectively supports companies in successfully navigating global market access requirements.

运输包装设计的核心目标是在确保产品安全的前提下实现成本优化与可持续发展。数据采集系统（DAS）是一种用于收集和存储数据的系统，能够帮助用户追踪、记录和分析各种类型的数据，提供有价值的信息。随着物联网（IoT）、边缘计算和机器学习等技术的突破，DAS正成为运输包装设计领域的革命性工具。首先论述数据采集系统的组成，常用的传感器及虚拟仪器。其次介绍DAS在评估包装方案的防护效果、包装材料的测试、流通环境数据采集、有限元仿真分析对标等方面的应用。最后介绍DSA的发展趋势，多维度及智能感知传感技术、数字孪生驱动设计、AI驱动的自主优化，包装标准的演进等。

1. 数据采集系统组成、传感器及虚拟仪器；
2. DAS在包装设计中的应用主要包括包装方案评估、包材测试、路谱数据采集、仿真对标；
3. 未来发展趋势，多维度智能传感器、数字孪生驱动设计、AI驱动自主优化及包装标准化演进。

With the rise of e-commerce, people pay more and more attention to packaging and transportation safety. Some retailers want us to customize a unique simulation transportation solution for them.

Takeaways:

1. Guide to selection of ISTA series test methods.
2. At present, the methods of dropping, vibrating, clamping and compressing items in the packaging industry and the actual logistics scene of simulation.
3. According to the actual transportation scene, transportation conditions to customize the case of the test project.

陕西科技大学科创绿色包装技术研究所所长、副教授、硕士生导师；近年来发表论文40余篇，出版著作1部，授权专利20余项，主持青岛海尔，隆基股份，宁波方太厨具有限公司等公司包装设计优化、仿真分析等项目20余项。致力于绿色包装技术与解决方案、数据采集与分析、物流包装优化、有限元仿真分析等。

Biography:

Serves as the Director of the Institute of Green Packaging Technology for Science and Innovation at Shaanxi University of Science and Technology, Associate Professor, and Master's Supervisor. In recent years, published over 40 papers, authored one book, and been granted more than 20 patents. Led over 20 packaging design optimization and simulation analysis projects for companies such as Qingdao Haier, LONGi Green Energy Technology Co., Ltd., and Ningbo Fotile Kitchen Ware Co., Ltd. Research focuses on green packaging technologies and solutions, data acquisition and analysis, logistics packaging optimization, and finite element simulation analysis.

循环包装的重点在于其制品能够收回并再重复使用，这个“循环”过程中，无论是包装自身还是透过包装传递产品信息都是很有必要；传统的方式从手工账到电子表格，再到数据库，甚至云端，伴随科技进行其演化也欲显智能。通过归纳总结循环包装的信息传递方式，循环包装采用不同的信息手段达成方法可以应用到不同领域，甚至延伸到供应链上下游的场内及场外信息流转，为让循环包装增值，并通过具体案例来介绍循环包装的不同“智慧”，例如：电子纸与循环包装的融合，让循环包装信息可视化。

1、理解循环包装定义中“循环”的重要性与信息传递
2、传统与科技化下循环包装信息传递矩阵
3、透过信息传递看循环包装如何启“智”
4、案例介绍启“智”演化与增值项

The focus of returnable packaging is that its products can be return and reused, this "cycle" process, whether it is the packaging itself or through the packaging to convey product information is very necessary; The traditional way from manual accounts to spreadsheets, and then to the database and the cloud, with the evolution of science and technology is becoming more and more intelligent. By summarizing the information transmission methods of returnable packaging, returnable packaging adopts different information means to achieve methods that can be applied to different fields, and even extend to the on-off information flow of the upstream and downstream of the supply chain. In order to add value to returnable packaging, different "wisdom" of returnable packaging is introduced through specific cases, such as: The integration of electronic paper and returnable packaging allows returnable packaging information to be visualized.

Takeaways:

1. understand the importance of "circulation" in the definition of returnable packaging and information transfer
2. Introduction of returnable packaging information transfer matrix
3. through information transfer to see the returnable packaging how to intelligent
4. the case introduces the evolution and increment of "wisdom".

正高级工程师（教授级）（轻工产品设计、制造与智能技术应用方向），硕士。
25年物流运输包装行业工作经验，擅长整体包装解决方案设计、运输包装测试与实验室管理、包装材料应用型研究与开发，现主要从事包装结构设计方案信息化、包装技术咨询与培训，以及协会工作。任上海市包装技术协会副秘书长 & 物流包装委秘书长、《上海包装》杂志主编；
ISTA 中国区教育委员会副主席及高级培训课程（APDTC）特邀讲师

Biography:

Professorate Sn. Engr.(Light industrial product design, manufacturing and intelligent technology application) / Master . Morn than 20 years working experience in transportation packaging industry, good at total packaging solution design, transportation packaging testing and lab management, packaging materials applied research and development. Now mainly engaged in packaging structure design scheme information, packaging technology consulting and training, and association work.  Deputy Secretary General of Shanghai Packaging Technology Association & Secretary General of Logistics Packaging Committee, editor-in-chief of Shanghai Packaging magazine; Vice President of ISTA China Regional Education Committee and guest lecturer of Advanced Training Course (APDTC)

《包装与包装废弃物法规》(PPWR)是在安全隐患增加、环境问题严峻、旧法规失效、全球化市场挑战的背景下，欧盟为了统一法规确保产品安全和环保，提出的一项全面立法，适用于所有包装材料，旨在减少包装废弃物并推动可回收设计。此次分享的主要内容包括PPWR的总体内容和南微医学科技股份有限公司在该方面工作的实践，应对该法规的规划和措施。

The Packaging and Packaging Waste Regulation (PPWR) is a comprehensive legislation proposed by the EU under the background of increasing safety hazards, severe environmental problems, ineffective old directive, and challenges in the globalized market. It aims to unify regulations to ensure product safety and environmental protection. This regulation applies to all packaging materials, aiming to reduce packaging waste and promote recyclable design. The main content of this sharing includes the overall content of PPWR and the practical work of Micro - Tech in this regard, as well as the plans and actions to deal with this regulation.

PPWR法规要点：
1.可回收性要求；
2.再生材料比例；
3.有害物质限制；
4.豁免条款；
5.标签与声明。
南微医学的工作实践：立刻行动，别等待。
1.组织跨部门团队，关注欧盟法规和信息的新输入;
2.将绿色可持续发展作为设计评审的关键要素：
a. 包装轻量化；
b. 材料选择；　
c. 工艺优化；
3.联合供应商，共同行动。

Takeaways:

1. Key points of the PPWR regulation:
2. Recyclability requirements;
3. Proportion of recycled materials;
4. Restrictions on hazardous substances;
5. Exemption clauses;
6. Labels and declarations.

Micro-Tech's practical work: ACT NOW, DON'T WAIT.

1. Organize a cross-departmental team to keep an eye on new inputs of EU regulations and information.
2. Incorporate green and sustainable development as a key element in design review:
3. Lightweight packaging;
4. Material selection;
5. Process optimization.
6. Collaborate with suppliers and take joint actions.

• 20年的从业经验，历任研发主管、运营、质量、法规负责人；
• 现任中国医疗器械行业协会医疗器械包装专业委员会副秘书长；
• 中国医疗器械行业协会医疗器械高分子制品专业分会标准化技术委员会委员；
• 全国医疗器械生物学评价标准化技术委员会委员医疗器械包装标准化技术归口单位第一届专家组专家；
• 江苏省药学会第三届药物警戒专业委员会委员；
• 南微医学技术委员会执行委员。

Biography:

• Over 20 years of working experience, having successively served as R&D supervisor, and in charge of operations, quality, and regulatory affairs.
• Currently serving as Deputy Secretary-General of the Medical Device Packaging Professional Committee of the China Association for Medical Devices Industry.
• Member of the Standardization Technical Committee of Medical Polymer Products Branch of China Association for Medical Devices Industry.
• Member of the National Technical Committee on Standardization for Biological Evaluation of Medical Devices. Expert of the first expert group of the standardization technical central unit for medical device packaging.
• Member of the Third Professional Committee on Pharmacovigilance of the Jiangsu Pharmaceutical Association.
• Executive Member of the Technology Committee of Micro-Tech (Nanjing) Co., Ltd.

如今，随着欧洲一次性塑料指令法律法规的实施，更多企业关注于全供应链的塑料影响，并致力于去塑行动。于此同时，国内电商行业迅速兴起，面对更为复杂的供应链环境与执行端的挑战，如何在满足包装去塑及可持续发展的绿色需求同时，兼顾考虑包装成本、保护效果、客户体验，成为了诸多企业的迫切需求。本报告基于以上背景，分享企业五年来全供应链去塑的成功实践，并分享一种满足以上需求，适用于电商环境的物流包装方案及验证标准。

Nowadays, with the implementation of the European Single-Use Plastics Directive and related laws, more enterprises are focusing on the plastic impact through the entire supply chain, and are committed to the plastic reduction initiative. At the same time, the domestic e-commerce industry has rapidly emerged. Facing a more complex supply chain environment, and the challenges at implementation, how to meet the target for plastic reduction and sustainable development, while balancing the packaging costs, protection effects, and customer experience simultaneously, has become an urgent need for many enterprises. Based on the above background, this report shares the successful practices of enterprises in plastic reduction throughout the entire supply chain over the past five years, and presents a packaging solution and verification standards that meet the above requirements in the e-commerce environment.

1. 如何去除全供应链的一次性塑料，及其在包装成本、保护效果、客户体验方面的表现。
2. 绿色电商物流包装方案分享：电商纸袋的应用及验证标准。

Takeaways:

1. How to remove the single-use plastic throughout the entire supply chain, and how it performs in terms of packaging cost, protection effect and customer experience.
2. Sharing of green e-commerce logistics packaging solutions: Application and verification standards of e-commerce paper envelopes.

江南大学包装工程（本科），美国罗切斯特理工学院包装科学（硕士研究生）。专注于绿色可持续包装方案的研究，先后于照明电子、汽车、体育用品等多行业负责包装去塑项目，具备覆盖多品类产品绿色包装设计、供应链管理、供应商审核经验。现任迪卡侬北亚区包装去塑项目负责人，开展全供应链一次性塑料去除工作，并参与为迪卡侬制定相关包装测试标准与审核要求。

Biography:

Jiangnan University, Packaging Engineering (Bachelor's Degree), Rochester Institute of Technology, US, Packaging Science (Master's Degree). Specializing in providing green and sustainable packaging solutions. Previously, I was responsible for plastic removal projects in multiple industries including lighting electronics, automobiles, and sports goods. I have experience in green packaging design for multiple product categories, supply chain management, and supplier audits. Now, I take charge of the North Asia plastic removal project. I am engaged in removing single-use plastics from the entire supply chain and participating in the formulation of relevant packaging testing standards and review requirements for Decathlon.

无菌屏障系统（Sterile Barrier System, SBS）作为医疗器械等的初级包装，SBS对于保障产品在使用前维持无菌状态至关重要，并受相关法规的严格监管。有效性验证的核心目的在于提供客观证据，证明SBS能在整个产品保质期内，在承受既定的运输、配送和搬运过程后，持续稳定地维持其无菌屏障功能。这项验证是确保无菌医疗器械安全性和有效性的关键环节，构成了产品物流环境和使用前的核心质量控制。本次演讲将探讨有效性验证研究的核心内容，包括：材料选择与评估、包装设计与成型确认、密封完整性测试（如染料渗透、气泡法、微生物测试）、封合强度测试以及加速老化和实时老化稳定性研究。

The Sterile Barrier System (SBS), serving as the primary packaging for medical devices, etc., is crucial for ensuring products maintain sterility before use and is strictly regulated by relevant standards and regulations. The core purpose of effectiveness validation is to provide objective evidence that the SBS can continuously and reliably maintain its sterile barrier function throughout the product's shelf life and after enduring the specified transportation, distribution, and handling processes. This validation is a critical step in ensuring the safety and effectiveness of sterile medical devices, and it constitutes core quality control in the product's logistics environment and prior to use. This presentation will explore the core contents of effectiveness validation research, including: Material selection and evaluation, Package design and formation validation, Seal integrity testing (e.g., dye penetration, bubble test, microbial challenge testing), Seal strength testing, and Accelerated and real-time aging stability studies.

1. 医药包装无菌屏障系统的定义。         
2. 为何需要进行有效性验证？（法规与安全）   
3. 有效性验证的核心内容。
4. 验证实践的挑战与展望。

Takeaways:

1. Definition of Sterile Barrier System in Medical Packaging.
2. Why effectiveness validation is necessary (Regulations and Safety).
3. Core contents of effectiveness validation.
4. Challenges and future outlook in validation practice.

从事包装和测试工作十多年，曾参加多项包装相关标准的制定，现为深圳市优瑞特检测技术有限公司包装实验室经理，从事实验室内部质量管理和技术管理工作。

Biography:

Having been engaged in packaging and testing for over a decade, I have participated in the formulation of multiple package-related standards. Currently, I am the manager of the packaging laboratory at Shenzhen ORT Technical Services Co., Ltd., responsible for internal quality management and technical management within the laboratory.

将包装件、车辆、道路看作一个垂向耦合系统，分析在运输过程中系统耦合响应特性，分析包装件可靠性和系统垂向额外能耗。外界环境的变化会导致车辆、道路参数变化，影响着包装件可靠性和系统垂向额外能耗。量化分析环境变化条件下车辆和道路参数的随机性，研究参数随机变化对包装件可靠性和系统垂向额外能耗的影响。提出参数不确定条件下包装优化设计方法，在确保包装件可靠性的条件下降低系统垂向额外能耗，实现绿色运输包装。

1.分析包装件-车-路系统垂向耦合特性，分析包装件可靠性和系统垂向额外能耗。
2.量化分析环境变化对包装件可靠性和系统垂向额外能耗的影响。
3.提出包装优化设计方法，在确保包装件可靠性的条件下，降低系统垂向额外能耗。

This study treats the packaged item, vehicle, and road as a vertical coupling system, analyzing the coupling response characteristics of the system during transportation, as well as the reliability of the packaged item and the system's vertical excess energy consumption. Changes in external environmental conditions can lead to variations in vehicle and pavement parameters, which in turn affect the reliability of the packaged item and the system's vertical excess energy consumption. A quantitative analysis is conducted to assess the randomness of vehicle and road parameters under varying environmental conditions, and the impact of these random parameter variations on the reliability of the packaged item and the system's vertical excess energy consumption is investigated. A packaging optimization design method is proposed for conditions of parameter uncertainty, aiming to reduce the system's vertical excess energy consumption while ensuring the reliability of the packaged item, thereby achieving green transportation packaging.

Takeaways:

1. Analyze the vertical coupling characteristics of the package-vehicle-road system, and assess the reliability of the package and the vertical excess energy consumption of the system.
2. Quantitatively analyze the impact of environmental changes on the reliability of the package and the vertical excess energy consumption of the system.
3. Propose an optimized packaging design method to reduce the vertical excess energy consumption of the system while ensuring the reliability of the package.

毕业于西安理工大学，博士研究生。现为兰州交通大学交通运输学院教授，博士生导师。长期从事运输包装、运输安全领域的理论研究和技术开发工作，参与和主持国家级、省级项目10余项，在相关期刊发表多篇论文。

Biography:

Ph.D. graduate from Xi'an University of Technology. Currently serves as a Professor and Ph.D. Supervisor at the School of Transportation, Lanzhou Jiaotong University.Specializes in theoretical research and technical development in transportation packaging and transportation safety.Has participated in and presided over over 10 national and provincial-level research projects, with multiple papers published in peer-reviewed journals.

运输包装的随机振动试验是模拟真实物流频谱载荷的核心验证手段，其失效案例直接反映设计漏洞与供应链风险。本文基于ISTA 、ASTM 、ISO等标准，结合电子产品与医疗器械行业典型失效案例，揭示随机振动试验对单独包装件、带托包装件造成的失效类型，重点分析了带托包装件的托盘缓冲与振动耦合产生大量级冲击的影响及改进思路。

1.常见随机振动图谱；
2.失效案例及失效类型介绍
3.托盘缓冲与振动耦合失效案例介绍；
4.失效分析及改善效果

The random vibration test of transport packaging is a core verification method for simulating the real logistics spectrum load, and its failure cases directly reflect design loopholes and supply chain risks.Based on standards such as ISTA, ASTM, and ISO, combined with typical failure cases in the electronic products and medical device industries, this paper reveals the failure types caused by random vibration tests on individual packages and packages with pallets, and focuses on analyzing the impact of the coupling of pallet buffering and vibration on pallets with pallets to generate a large amount of impact and improvement ideas.

Takeaways:

1. Common random vibration spectra
2. Introduction to failure cases and failure types
3. Case Introduction of Coupling Failure of Pallet Buffering and Vibration
4. Failure analysis and improvement effect

10年以上物流行业包装领域检测工作经验、负责实验室运营管理、熟悉实验室体系设计、部署与优化、擅长包装检测及失效分析，参与制定了多项国家标准。

Biography:

With over 10 years of experience in packaging testing in the logistics industry, I am responsible for the operation and management of the laboratory, familiar with the design, deployment and optimization of the laboratory system, and proficient in packaging testing and failure analysis. I have participated in the formulation of multiple national standards.

在运输过程中玻璃瓶的破损问题在物流行业中一直是个棘手的问题，尤其是在食品和健康产品行业。虽然气泡垫通常被用于缓冲保护，但其对环境的影响以及在大规模生产中的低效性往往需要寻找替代解决方案。在Isha Life Pvt. Ltd.，我们发现装有蜂蜜的玻璃瓶经常受损，这些瓶子最初是用带有窄型槽和气泡卷的 瓦楞纸箱（CFB ）进行包装。尽管最初增加气泡垫降低了破损率，但这与我们的可持续发展目标相冲突。
为了解决这个问题，我们开发并实施了一种新的包装解决方案，采用了定制的瓦楞纸套设计。这些套件由可回收材料制成，具有顶部和底部的模切折页，便于折叠且具有更好的减震效果。
我们通过内部的运输模拟方法和实地监测对新包装系统进行了检验。结果表明：破损率大幅降低，无塑料，也无需额外的材料或人工成本。这一案例研究展示了利用可持续的、可设计结构的包装材料来减少运输途中货损的实用策略——同时还不会牺牲保护产品的功能和操作速度。

1. 一种用于替换易碎产品线中塑料缓冲材料包装的测试方法；
2. 玻璃包装商品的瓦楞纸衬片的设计要点总结；
3. 基于试验验证和成本中立的可持续性见解。
这是一个关于如何基于物理性能原则的精心设计来实现包装结果上的优化，从而在供应链、可持续发展以及客户满意度等方面产生切实影响的故事。

Breakage of glass bottles during transit is a persistent issue in distribution, especially in the food and wellness industry. While bubble wrap is commonly used for cushioning, its environmental impact and inefficiency at scale often demand alternative solutions. At Isha Life Pvt. Ltd., we faced recurring damage to our honey-filled glass bottles, originally packed in CFB boxes with narrow flute and bubble roll wrapping. Although increasing the bubble layers initially lowered the damage rate, it conflicted with our sustainability goals.

To resolve this, we developed and implemented a new packaging solution using custom-designed corrugated sleeves. These sleeves, made of recyclable material, featured top and bottom die-cut flaps for easy foldability and improved shock absorption.

We validated the new system through internal transit simulations and field trials. The result: a significant drop in breakage rates, zero use of plastic, and no additional material or labor cost. This case study highlights practical strategies for reducing in-transit damage using sustainable, scalable packaging materials—without sacrificing product protection or operational speed.

Takeaways:

1. A tested method for replacing plastic cushioning in fragile product lines；
2. Key design learnings for corrugated inserts in glass packaging；
3. Insights into trial-based validation and cost-neutral sustainability shifts.
4. It’s a story of how thoughtful structural design—grounded in physical performance principles—can deliver real impact across supply chain, sustainability, and customer satisfaction goals.

阿普尔夫·阿加瓦尔（LinkedIn）是一名包装工程师，拥有在消费品包装行业（CPG）从事防护性和可持续性包装的国际工作经验。他拥有帕德梅普理工学院（IIITDM 加尔瓦普尔分校）的机械工程学士学位、印度包装研究所（德里）的包装研究生文凭，以及罗切斯特理工学院（RIT）的包装科学硕士学位。
阿普尔夫在包装开发、材料选择以及运输包装优化方面拥有超过五年的实际工作经验。他曾在制造企业和企业组织中任职，包括在印度从事消费品和工业产品的支持工作，最近则在美国内布拉斯加州Bayer消费者健康公司工作，负责Myerstown制造工厂、Saphired纽约和上海办公室的包装项目。
他的工作重点在于通过材料创新、经济高效的防护设计以及实际测试来解决复杂的包装难题。他将全球视野融入包装策略中，将地区需求与可扩展的设计方案相结合。

Biography:

Apoorv Agarwal(LinkedIn) is a packaging engineer with international experience in protective and sustainable packaging across the consumer packaged goods (CPG) sector. He holds a B.Tech in Mechanical Engineering from PDPM IIITDM Jabalpur, a Post Graduate Diploma in Packaging from the Indian Institute of Packaging (Delhi), and a Master’s in Packaging Science from Rochester Institute of Technology (RIT).

Apoorv has over five years of hands-on experience in packaging development, material selection, and transit packaging optimization. He has worked in both manufacturing and corporate environments, including roles in India supporting CPG and industrial products, and most recently in the U.S. at Bayer Consumer Health, where he contributes to packaging initiatives across the Myerstown manufacturing facility and Saphired, NY and Shanghai office.

His work focuses on solving complex packaging challenges through material innovation, cost-effective protective design, and real-world testing. He brings a global perspective to packaging strategy, bridging regional requirements with scalable design solutions.

本文将探讨《包装及包装废弃物法规》（PPWR）的关键要求及其对塑料包装行业的影响。随着实现可持续发展目标和减少环境影响的压力不断增加，我们将分析这些法规如何影响包装设计、可回收性及减废工作。本文还将介绍Newton提供的解决方案，重点展示其如何通过数据驱动的策略帮助企业降低合规风险。
特别强调包装优化和货物稳定性——这两个在防止产品损坏、减少退货和最小化包装废弃物方面至关重要，但常被忽视的因素。科学测试与准确的数据收集对于有效管理这些风险至关重要。通过将包装性能与法规要求相结合，企业不仅能提升可持续发展成果，也能增强运营效率。

了解PPWR要求
深入了解《包装及包装废弃物法规》（PPWR）的核心要求，以及这些要求对塑料包装行业的具体影响。

货物稳定性与包装优化的价值
了解包装优化和货物稳定性在减少产品损坏、降低退货率及减少包装废弃物方面所发挥的关键作用，这些都是实现PPWR目标的重要组成部分。

科学数据的重要性
探讨如何通过数据驱动的策略和科学测试，确保包装的合规性和可靠性能，从而降低运营风险。

This discussion will explore the key requirements of the Packaging and Packaging Waste Regulation (PPWR) and its implications for the plastic packaging industry. As pressure mounts to meet sustainability targets and reduce environmental impact, we will examine how these regulations influence packaging design, recyclability, and waste reduction efforts. The session will also introduce solutions provided by Newton, highlighting how their expertise supports businesses in mitigating compliance risks through data-driven strategies. Special emphasis will be placed on packaging optimisation and load stability—critical yet often overlooked factors in preventing product damage, reducing returns, and minimizing packaging waste. Scientific testing and accurate data collection are essential for effectively managing these risks. By aligning packaging performance with regulatory requirements, companies can strengthen both sustainability outcomes and operational efficiency.

Takeaways:

1. Understand PPWR Requirements Gain clarity on the core requirements of the Packaging and Packaging Waste Regulation (PPWR) and how they specifically impact the plastic packaging industry. 
2. Value of Load Stability and Packaging Optimisation Learn how packaging optimisation and load stability play a critical role in reducing product damage, minimizing returns, and cutting packaging waste—key components in meeting PPWR goals. 
3. Importance of Scientific Data Discover how data-driven strategies and scientific testing help ensure packaging compliance and performance, reducing regulatory and operational risks.

丽华是通源工业有限公司的资深可持续发展经理，拥有超过20年的审计与企业咨询经验。她精通ESG报告，尤其是在塑料包装行业方面表现突出，并在制定及监督公司ESG战略中扮演着关键角色。她的专长包括温室气体核算（GHG Accounting），以及推动符合行业标准与利益相关方期望的可持续发展举措。
凌嘉是牛顿研发中心有限公司的负责人，拥有超过18年塑料包装行业经验。她是一位经验丰富的专家，专注于薄膜生产与包装解决方案，提供从包装膜开发到货物稳固策略的全面咨询服务。她为客户提供真实的包装模拟测试，有效提升其运营效率与货物稳定性。牛顿研发所是合格的马来西亚人力资源发展公司（HRDC）培训机构，而她也担任培训讲师，已在新西兰、澳大利亚、英国、丹麦、泰国、印尼、南非、新加坡、韩国、日本等国家成功主讲37场国际培训课程。她的专业愿景是引领企业运用决策分析，通过数据驱动的洞察力优化决策流程，从而提升企业决策的速度与质量。

Biography:

Lee Hwa is the Senior Sustainability Manager at Thong Guan Industries Berhad, with over 20 years of experience in audit and corporate advisory. She is well versed in ESG reporting, particularly within the plastic packaging industry, and plays a key role in shaping and overseeing the company’s ESG strategies. Her expertise includes GHG accounting and driving sustainability initiatives that align with industry standards and stakeholder expectations.

Ooi Lin Chia is Head of Newton R&D Centre Sdn. Bhd. With over 18 years of experience in the plastic packaging industry. She is a seasoned expert specializing in film production and packaging solutions. She offers comprehensive consulting services, ranging from packaging film development to load securing strategies. She has led innovative efforts to provide customers with real-life packaging simulations, enhancing their operational efficiency and load stability. Newton Centre is a qualified HRDC training provider, and She has served as a trainer, delivering 37 training sessions internationally in countries such as New Zealand, Australia, UK, Denmark, Thailand, Indonesia, South Africa, Singapore, Korea, Japan and etc. Her professional vision is to lead organizations in applying decision analytics to optimize decision-making processes through data-driven insights, ultimately enhancing the speed and quality of business decisions.

全球各地都在陆续出台和收紧可持续发展包装要求，企业在面对越来越频繁的打击“洗绿”的行动中遇到的难题，在确保包装达到减量化，重复使用，可回收的过程中，纸质包装成为越来越受青睐的包装材料。纸，这一人类最古老的发明之一，正以创新的姿态重返环保舞台。它源于自然，归于尘土。如何让纸制品不再是脆弱的替代品，而是兼具功能与责任的绿色载体，更是成为企业创新与发展的一个挑战。

1.    纸质包装为何成为热门包装材料；
2.    纸质包装面临的挑战，分享实际案例 ；
3.    纸质包装常规建议验证的项目。

Countries around the world are successively introducing and tightening sustainable packaging requirements, enterprises need to face more and more frequent actions to combat "greenwashing", in the process of ensuring that packaging to achieve reduction, reuse, and recycling, paper packaging has become more and more popular packaging materials. Paper, one of mankind's oldest inventions, is returning to the environmental arena with an innovative attitude. It comes from nature and returns to dust. How to make paper products no longer a fragile substitute, but a green carrier with both function and responsibility has become a challenge for enterprise innovation and development.

Takeaways:

1. Why paper packaging has become a popular packaging material；
2. Challenges faced by paper packaging and sharing practical cases；
3. Items that are routinely recommended for verification of paper packaging.

10年以上第三方检测实验室技术开发，管理，客户培训等方面的工作经验。领域涉及运输包装，纸制品包装等材料方面的物理项目开发和测试经验。与国内外品牌商，电商物流客户有紧密联系和合作经验。

Biography:

More than 10 years of experience in technology development, management, customer training and other aspects of third-party testing laboratory. Experience in the development and testing of physical projects involving materials such as transportation packaging, paper product packaging, etc. Keep close contact and cooperation with domestic and foreign brands and e-commerce logistics customers.

Safe Load Testing Technologies 展示了一个成功的案例研究，重点是重新设计并验证 Next Electric Motors 公司的锂电池包装，旨在提高可持续性和效率。
挑战：用更可持续的解决方案替换塑料材料，同时不损害运输过程中产品的保护。 
对真实的配送路线进行了监测，以识别运输过程中发生的最关键事件。根据这些数据，使用 ISTA 3L 协议和路线分析得出的见解定义了一个测试计划。 新的包装使包装产生的碳足迹减少了20%，同时在运输过程中完全保护了产品。 该项目展示了如何通过包装设计和验证的创新，使用 ISTA 测试协议，可以为欧洲 PPWR 法规设定的可持续性目标做出决定性贡献。

1.目的：用更可持续的解决方案替换塑料材料，同时不损害运输过程中对锂电池的保护;
2.对真实的物流路线进行数据收集，以识别运输过程中发生的最关键事件，如冲击，振动，通过将ISTA 3L协议与斜面冲击和夹持测试相结合，确保了对锂离子电池包装性能的全面评估;
3.新的包装使包装产生的碳足迹减少了20%，同时在运输过程中完全保护了产品;
4.展示了如何通过包装设计和验证的创新，使用 ISTA 测试协议，可以为欧洲 PPWR 法规设定的可持续性目标做出决定性贡献。

Safe Load Testing Technologies presents a successful case study focused on redesigning and validating the packaging of lithium batteries for the company Next Electric Motors, with the aim of improving sustainability and efficiency. The challenge: replacing plastic materials with a more sustainable solution without compromising product protection during transportation. A real distribution route was monitored to identify the most critical incidents occurring during transit. Based on this data, a testing plan was defined using the ISTA 3L protocol and insights obtained from the route analysis.The new packaging resulted in a 20% reduction of the carbon footprint generated by the packaging, while fully protecting the product during transportation. This project demonstrates how innovation in packaging design and validation, using ISTA testing protocols, can make a decisive contribution to the sustainability goals set by the European PPWR regulation.

Takeaways:

1. Objective: Replace plastic materials with sustainable alternatives while maintaining lithium battery protection during transport.
2. Methodology: Collect data from distribution circle to pinpoint key events (e.g., impacts, vibrations), and use the ISTA 3L protocol alongside incline impact and clamp testing for a thorough evaluation of lithium-ion battery packaging.
3. Results: The new packaging cuts the carbon footprint by 20% and ensures full product protection during transit.
4. Impact: It shows how innovative design and ISTA testing can support the sustainability targets of the European PPWR regulations.

毕业于西班牙瓦伦西亚理工大学，现担任Safe Load Testing Technologies公司的销售总监，曾在2024年ISTA中国年会上发表演讲，探讨多轴振动对运输过程中负载稳定性评估的影响。

Biography:

Jorge Ferrer is a distinguished electrical engineer with degrees in Electrical Engineering and Mechatronics. He has experience in sales, project management, renewable energies, and product development. At Safe Load Testing Technologies, Jorge serves as the Sales Manager, where he is committed to using his extensive knowledge to help businesses overcome challenges and promote growth. He is motivated by the satisfaction of contributing to the success of both his own ventures and those of his clients, continually inspired by the transformative impact of technology.

可持续包装一般价格都比较贵，导致市场和客户接受度弱，如何基于商业闭环的视角，通过技术或模式创新，来提升可持续包装的性价比，推动规模化使用，是行业长期思考和创新的课题。

可持续包装，技术与模式创新。

Sustainable packaging generally comes with a higher price tag, leading to weak market and customer acceptance. How to enhance its cost-effectiveness through technological or business model innovation from the perspective of a closed-loop business model, thereby driving large-scale adoption, remains a long-term challenge and focus of innovation for the industry.

Takeaways: Sustainable packaging; Technological and business model innovation.

统筹顺丰集团包装创新工作，搭建公司可持续包装体系框架，参与制定多项行业标准。

Biography:

Overall planning the packaging innovation work of SF Group, building the company's green packaging system framework, and participating in the formulation of multiple industry standards.

循环包装正加速迈向绿色化与智慧化新阶段。一方面，通过可循环、绿色材料和绿色设计，推动包装从源头减碳；另一方面，借助物联网与数字追踪技术，构建高效回收与再利用闭环。未来，绿色理念与智能系统的深度融合，将成为推动包装行业可持续转型的关键力量。

1. 循环包装可减碳70%；
2. 循环包装可将本30% ；
3. 数智化的循环体系构建是关键。

Circular packaging is rapidly advancing toward a new stage of green and smart transformation. On one hand, the use of recyclable, eco-friendly materials and sustainable design is helping reduce carbon emissions at the source. On the other hand, technologies such as the Internet of Things and digital tracking are enabling efficient systems for recycling and reuse. In the future, the deep integration of green principles and intelligent systems will be a key driver of sustainable transformation in the packaging industry.

Takeaways:

1. Circular packaging can reduce carbon emissions by up to 70%.
2. Circular packaging can lower overall costs by 30%.
3. Building a digitally intelligent circular system is the key.

致力于交叉学科的研究，主要研究方向包括环境管理、绿色金融、碳核算等。具有十多年的科学研究、决策咨询与产业实践经验，担任多家企业、金融机构、产业园区、协会和NGO组织的专家。主编及参编多项绿色低碳相关标准，主持和参与绿色低碳、数智化、资源化等科研项目，相关理论和实践应用成果获十余项省部级以及其他荣誉奖励。

Biography:

She dedicates to interdisciplinary research, with primary focus areas including environmental management, green finance, and carbon accounting. With over a decade of experience in scientific research, policy consulting, and industry practice, she serves as an expert for numerous enterprises, financial institutions, industrial parks, associations, and NGOs. She has led and contributed to the development of multiple standards related to green and low-carbon development, and has presided over or participated in a range of research projects on green transition, digitalization, and resource utilization. Theoretical contributions and practical outcomes have been recognized with more than ten provincial and miniterial level awards and other honors.

物流包装的价值远远不仅限于确保产品安全，它对于物流、供应链、企业实现商业目标的价值，都涵盖其中，我们需要更系统、更长远地去深挖物流包装的价值，让物流包装真正为企业创造最大的经济效益和社会效益！需要我们在商业实践中非常敏锐地去发现、去思考和去深挖。

1、确保安全又不能过于安全，实质上是安全的量化、安全的数字化问题。
2、物流包装成本的最优，本质是成本的量化和数字化的问题。
3、物流包装成本的最优，还要考虑包装产品的结构和工艺。
4、物流包装产品如何提高的效率、创造供应链的价值，需要实现一定的包装功能。

The value of logistics packaging goes far beyond simply ensuring product safety. It plays a vital role in logistics, supply chain efficiency, and the achievement of broader business goals. To unlock its full potential, we must take a more systematic and forward-looking approach to understanding its value. Logistics packaging should be leveraged not just as a cost, but as a strategic asset that drives both economic and social benefits for enterprises. This requires sharp awareness, thoughtful analysis, and deep exploration in real-world business practice.

Takeaways:

1. Balancing Safety without Overpackaging:Achieving appropriate protection is essentially a matter of quantifying and digitalizing safety.
2. Optimizing Packaging Costs:  The core of cost optimization lies in the quantification and digitalization of logistics packaging expenses.
3. Design Matters in Cost Optimization: Structural design and manufacturing processes are critical factors in achieving optimal packaging costs.
4. Packaging as a Value Driver: To enhance efficiency and create value across the supply chain, logistics packaging must fulfill specific functional roles.

2001年7月，毕业于无锡轻工大学法学专业（现“江南大学法学院”）。2018年7月，创办“无锡市正新和包装技术研究院有限公司”，正式开启包装专业化道路，跟随彭国勋教授从零开始学包装、从零开始学习数学和力学。2023年8月，创办“锡澄木业（菏泽）有限公司”。2025年1月，创办“正新和木业技术（菏泽）有限公司”。

Biography:

Graduated in July 2001 with a degree in Law from Wuxi Institute of Light Industry (now the School of Law at Jiangnan University). In June 2018, founded Wuxi Foresight Business Services Co., Ltd. In August 2023, founded Xicheng Wood (Heze) Co., Ltd. In January 2025, founded Zenithal Wood Technology (Heze) Co., Ltd.

如今，在包装工业数字化进程中，有限元仿真技术已经广泛的应用在很多的领域，也包括目前的包装工业中。通过对包材，结构的有限元分析，加入对其在运输，储存等物流过程的场景模拟来判断和优化包装设计。然而，具体的物流环境多变，可控程度不一，人为因素等不确定因素，会对仿真设计得到的结果产生影响。如何接受设计的结果，将成为包装有限元仿真中的重要话题。本报告将针对这一问题提出一些解决方案供大家商榷。

包装设计仿真过程中的物流强度和特性将会影响设计的优化过程和结果。如何应对？

Today, in the process of digitalization of the packaging industry, finite element simulation (FES) technology has been widely used in many fields, including the current packaging industry. Through the finite element analysis (FEA) of packaging materials and structures, the scene simulation of logistics processes such as transportation and storage is added to judge and optimize the packaging design. However, the specific logistics environment is changeable, the degree of controllability is different, and uncertain factors such as human factors will have an impact on the results obtained by simulation design. How to accept the results of the design will become an important topic in the packaging finite element simulation. This report will provide some solutions to this problem for the discussions

Takeaways: The Stress of the logistics environmental simulation in the CAE packaging design will affect the results of the packaging design, how to get it right? 

美国PPT集团亚太区总监。美国蓝氏企业上海代表处首席代表，在振动测试及其他可靠性测试设备领域从业30年，自2000年投入包装工业领域并于2007年加入美国蓝氏企业。长期致力于推广和应用ISTA相关的测试技术及Lansmont的Field-to Lab理论；两届（8年）ISTA中国理事会成员；一届（4年）ISTA技术委员会成员。

Biography:

APAC Director of PPT Group Corp., Chief Representative of Lansmont Corporation China Office. Aerospace industry background, over 30 years’ experience in the field of environmental and reliability testing (Mainly shock and vibration) and joint to packaging industries in year 2000, joint Lansmont Corporation in 2007. ISTA member, have patriated and been supporting ISTA test technology and Lansmont “Field-to-Lab” methodology and applications 19 years. 8 years ISTA China Console member, 4 years ISTA global technical board member.