ISTA 中国年会

随着冰箱高容积嵌入式产品的日益盛行，冰箱的结构脆值和包装面临巨大挑战。结构脆值和包装设计之间需要平衡设计，以解决成本和货损率之间的平衡。为此，开发一体式脆值仿真平台技术，通过高效率建模，测试对标实现仿真精度85%以上，从而可以实现精准预测跌落测试结果，准确评价包装设计的合理性。通过底部结构，包装参数等多因子参数化研究，可以快速导出结构和包装设计的均衡化设计方案，针对设计方案的可行性，通过常规跌落测试以及设计的跌落脆值仿真测试方法进行验证。不同于传统的跌落测试的结果判定方法，通过测试过程数据监控，在关键部位的加速度数据采集以及仿真数据定位点输出结果都显示，系统极限加速度峰值得到了较大提升，说明产品系统的脆值得到了提升。通过均衡化设计，在保障物流可靠性的同时，减少包装塑料的使用量，可以实现绿色低碳设计的目标。

With the increasing demand of high-capacity built-in refrigerators, the structural fragility and packaging of refrigerators are facing significant challenges. There is a need to balance the design between structural fragility and packaging to solve the trade-off between cost and product damage rate. For this reason, an integrated fragility simulation CAE platform technology has been developed. Through high-efficiency modeling, testing benchmarks can realize a simulation accuracy over 85%., which lead to the precise prediction of drop test results and accurate evaluation of packaging design rationality. By conducting multi-factor parametric studies involving bottom structures and packaging parameters, a balanced structural and packaging design can be quickly generated. The feasibility of the design is verified through both conventional drop tests and drop fragility simulation testing methods. Unlike traditional methods that evaluate the drop test results, data monitoring during the testing process, including acceleration data collection at key locations and simulation data output at specific points, shows that the system's peak limit acceleration has been significantly improved, indicating an enhancement of product system fragility. Through balanced design, while ensuring logistics reliability, the use of packaging plastics can be reduced, achieving the goal of green and low-carbon design.

要点 Takeaways:

通过测试过程加速度数据采集和仿真结果对标，建立精准的包装系统脆值仿真方法，进而在设计早期实现均衡化的包装和底部结构设计方案，进而在成本和减塑设计上实现双赢。

By comparing acceleration data collected during the testing process with simulation results, a precise fragility simulation method for packaging systems is established, which could realize the balanced packaging and bottom structure design solutions early in the design phase, thereby achieving a win-win in terms of cost and plastic reduction design.

个人简介 Biography:

马宁，毕业于韩国首尔国立大学校力学专业。曾在三星，现代集团负责力学技术和可靠性工作。现任美的冰箱事业部固体技术负责人，负责包装仿真与力学技术研究，运动机构研究和结构创新工作。

Ma Ning， graduated from Seoul National University in South Korea, majoring in material mechanics. Once at Samsung, Hyundai Group responsible for mechanical technology and reliability research work. Currently in charge of solid mechanics  technology in Midea's refrigerator division, responsible for packaging CAE simulation and mechanical technology research, moving mechanism research and structural innovation work.

1. 手术机器人系统的产品组成
2. 手术机器人的包装要求
3. 全球化物流交付的变化和影响
4. 物流包装的交付和返回挑战

1. Product Composition of Robotically Assisted Surgical System
2. Packaging Requirements for Robotically Assisted Surgical System
3. Changes and Impacts in Global Logistics Delivery
4. Delivery and Return Challenges in Logistics Packaging

要点 Takeaways:

手术机器人系统结构组成从电气设备到配件及无源耗材，产品的主体设计的目标是多自由度精度控制，且可自驱动的轮式设备为主。轮式设备的装卸，以及多自由度的固定操作困难，这些条件对包装的约束和保护带来更多的要求。发展中国家市场的扩展以及地缘政治的影响限制了物流选择，被迫更多的选择空运和铁路及超长公路运输替代海运，使得部分运输条件变得更苛刻。并且电气化设备越来越多的倾向携带锂电池，对货物是否作为危险品运输以及涉及的运输法规的识别也使产品交付对包装提出了更大挑战。同时在医工结合的前提下，产品研发迭代需要对使用后的器械返厂研究总结，器械的返厂包装，特别是那些已经在人体使用过的，潜在带有污染的手术器械的返回在全球化物流体系中困难重重。

RAS (Robotically Assisted Surgical ) system components ranging from electrical equipment to accessories and consumables. Product design focuses on multi-degree-of-freedom precision position, based on mobile ME equipment. The challenges of loading/unloading equipment and securing multi-degree-of-freedom arm, impose heightened demands on packaging protection.
Shifts of the global market and the geopolitical conflict restricted the logistic options
have to using air freight, rail transport, and Ultra-long road transport replacing Ocean Shipping, Certain shipping conditions has more stringent. Especially as electrified devices increasingly incorporate lithium batteries, identifying whether goods qualify as hazardous materials and complying with relevant transport regulations present greater packaging challenges for product delivery. Additionally, under the premise of medical-engineering integration, product R&D iterations require used medical device return for research analysis, used medical device especially surgical instruments that have been used on patients and may carry potential contamination, packaging for this purpose presents significant difficulties within the global logistics system.

个人简介 Biography:

现任上海微创医疗机器人（集团）股份有限公司包装部负责人，负责集团及子公司包装及标签相关的设计及法规分析。

Packaging department of Shanghai MicroPort Medbot (Group) Co.,Ltd.
Provide services of the group and its subsidiaries for the design and regulatory analysis of packaging and labeling.

电商爆款液态乳制品产品在配送过程中出现包装破损，导致客诉的情况。为解决配送破损问题，将出现客诉的产品与专业实验室合作，进行运输包装实验室模拟测试。将外箱材质从b瓦升级到了bc瓦，并微调了礼盒以及内衬的结构。通过测试复现配送破损问题，分析测试时包装件破损原因，对包装方案进行针对性改进，解决产品配送破损问题。

In the online sales model, the newly developed structure experienced a higher rate of damage and customer complaints. After receiving related feedback, the causes were analyzed, the outer box material was upgraded from B-flute to BC-flute, and the structure of the gift box and inner lining was slightly adjusted. The revised design was then submitted for professional laboratory testing, and once it was confirmed that the structure met the requirements, the improvements were completed.

要点 Takeaways:

测试方案分享；测试参数及结果解读；包装破损原因分析；包装材质改善；包装破损率前后的对比；包装方案改进措施分享。

Reasons for packaging damage; improvement of packaging materials; comparison of packaging damage rates before and after.

个人简介 Biography:

曾亮，杭州杭美检测运输包装实验室负责人，2006年毕业于湖南工业大学包装工程专业，ISTA PDP包装动力学认证工程师，2016年~2022年曾任ISTA中国理事。毕业至今一直在运输包装检测行业工作，有着丰富的运输包装检测经验，熟悉各运输包装检测标准、检测项目、检测参数，善于定制化运输包装检测方案，助力发现和解决运输包装在储运过程中的问题。
华余杰，杭州认养一头牛生物科技有限公司包装研发工程师，2023年毕业于哈尔滨商业大学机械设计专业，首次工作位于康师傅旗下秉信环保包装有限公司，后来到认养一头牛，有着一定的包装生产、测试、设计经验，熟悉各包装材质的检测标准、检测项目、善于设计包装总体方案。

Mr. Volcano Zeng, Manager of HQTS-QAI Transportation Packaging Laboratory, graduated from Hunan University of Technology Packaging Engineering Major in 2006, certified as an ISTA PDP Packaging Dynamics Engineer, and served as an ISTA China Council member from 2016 to 2022. With over 15 years of experience in the transportation packaging testing industry, possesses extensive expertise in various testing standards, projects, and parameters. Skilled in customizing transportation packaging inspection solutions to help identify and solve problems with transportation packaging during storage and transportation.
Mr. Hua Yujie, Packaging Development Engineer at Hangzhou Adopt a Cow Biotechnology Co., Ltd. He graduated in 2023 from Harbin University of Commerce with a major in Mechanical Design. His first job was at Binxin Environmental Packaging Co., Ltd., under Master Kong. He later joined Adopt a Cow and has certain experience in packaging production, testing, and design. He is familiar with testing standards and projects for various packaging materials and is skilled in designing overall packaging solutions.

包装件的验证是对其在真实世界遭受应力的模拟验证。不同地区和流通环境对于标准的确定至关重要。随着现代采集技术的普及，用于标准确定的真实道路采集越来越值得深入研究与探讨。

The verification of packaging units involves simulating the stresses they suffered in the real world. The determination of standards is crucial in different regions and circulation environments. With the popularization of modern data collection technology, real-world road data collection for standard determination is increasingly worthy of in-depth research and discussion.

要点 Takeaways:

1. 包装件在真实世界遭受的应力；
2. 不同标准关于包装验证的差异性；
3. 标准中随机振动谱与真实道路采集差异。

1. The stress experienced by packaging units in the real world;
2. The differences in packaging verification standards;
3. The discrepancies between random vibration spectra in standards and real-world road data collection.

个人简介 Biography:

毕业于上海大学，从事医疗器械行业15年。
负责可靠性体系和可靠性技术建设，同时参与可靠性技术标准及国家课题中可靠性技术等工作。

I graduated from Shanghai University in 2010 with a master's degree, and joined Shanghai United Imaging Healthcare Co., Ltd. (UIH) in 2011. I have been engaged in research and development as well as reliability technology work, and am currently the leader of reliability technology at UIH. I have established a systematic technical system for reliability at UIH, covering the entire life cycle of reliability from storage, transportation, production to use. During this period, successful reliability technology solutions were provided for the vehicular and shipborne adaptation of 9 products including CT, PET-CT, and DR. I also led 7 products including CT, PET-CT, and DR to pass the most critical seismic test OSP seismic certification of California. I have obtained multiple invention and utility model patents, and successfully completed the 13th Five-Year "National Key R&D Program - Digital Medical Equipment R&D Key Special Project" of the Ministry of Science and Technology as a technical backbone. I have also participated in the drafting of 5 industry and group standards, and won the second prize of the "Shanghai Quality Association Quality Technology Award".

包装件的验证是对其在真实世界遭受应力的模拟验证。不同地区和流通环境对于标准的确定至关重要。随着现代采集技术的普及，用于标准确定的真实道路采集越来越值得深入研究与探讨。

The verification of packaging units involves simulating the stresses they suffered in the real world. The determination of standards is crucial in different regions and circulation environments. With the popularization of modern data collection technology, real-world road data collection for standard determination is increasingly worthy of in-depth research and discussion.

要点 Takeaways:

1. 介绍实验标准下缓冲曲线的测试原理及其缺点。
2. 总结产品脆值-静应力缓冲曲线获取理论和试验原理。
3. 提出六种缓冲曲线简化构筑的方法及其实施步骤。
4. 展示六种方法的实施案例，证明其可靠性。

1. Introduce the testing principle and shortcomings of cushion curves under experimental standards.
2. Summarize the sushioning theory and experimental principle for obtaining product fragility–static stress cushion curves.
3. Propose six simplified construction methods for cushion curves and their implementation procedures.
4. Present application cases of these six methods and verify their reliability.

个人简介 Biography:

毕业于西北工业大学，从事包装教学与科研28年。担任教育部高等学校轻工类专业教学指导委员会包装工程专业指导工作组委员，全国普通高等学校本科教育教学评估专家，中国振动工程学会包装动力学学会常务理事，陕西省包装技术协会理事会常务理事，中国振动工程学会包装动力学专业委员会常务委员，包装工程杂志专家委员会委员，中国机械工程学会包装与食品工程分会委员会委员，中国包装联合会包装工程、包装教育、纸包装、纸浆模塑、科学技术等委员会委员。研究方向为机器学习、虚拟仿真、大模型开发相关技术研究及其在防护（包装）工程中的应用，具体研究方向有：1) 工程超材料防护性能的仿真与预测；2) 工程防护系统的仿真建模与优化设计；3) 大模型支持下的智能设计、智能体与工业软件开发。

He was graduated from Northwestern Polytechnical University, and now has the 28 years experience in packaging education and research. He works as the social affiliations of: 1) Member of the Packaging Engineering Guidance Working Group, Light Industry Teaching Steering Committee of Higher Education, Ministry of Education (MOE); 2) Undergraduate Education Evaluation Expert, National Higher Education Undergraduate Education and Teaching Evaluation; 3) Standing Director, Packaging Dynamics Committee, Chinese Society of Vibration Engineering; 4) Standing Director, Shaanxi Packaging Technology Association; 5) Standing Member, Packaging Dynamics Special Committee, Chinese Society of Vibration Engineering; 6) Member of the Expert Committee, Packaging Engineering Journal; 7) Member, Packaging and Food Engineering Branch, Chinese Mechanical Engineering Society; 8) Member, Packaging Engineering, Packaging Education, Paper Packaging, Pulp Molding, and Science & Technology Committees, China Packaging Federation.

数十年来，中国和全球制造商始终面临一个关键抉择：是将 ISTA 测试引入企业内部？还是外包测试？或者进行任意等级的测试？

开展企业内部测试的可行性研究时，需要考虑诸多因素。企业内部测试具有多方面的优势，不仅仅是作为降低成本的举措。还能影响到企业所面临的方面包括：资本资源、人力资源、市场条件、当前测试成本、竞争优势、包装/产品优化的影响与成果、客户认知、测试结果到变更实施的周期、产品类型及产量、分销渠道考量，以及企业战略可行性。
当测试量充足、响应周期可控、利润空间可自主掌控，企业便值得投入资本。在企业内部开展ISTA测试，是叠加了有形收益与无形价值，哪个临界点将兑现投资回报？

For many decades, Chinese and Global product manufacturers have tried to validate the decision to conduct ISTA testing in-house, continue to contract the testing outside or do testing at any level.

When beginning a feasibility study, regarding an in-house test facility, many factors need to be considered. In-house testing has multi-faceted advantages and should not just be looked at an exercise in cost reduction. Capital resources, personal resources, market conditions, current cost of testing, competitive advantage, impact/results of package/product optimization, customer perception, test results to change implementation cycle, product(s) and unit volume, distribution channel considerations, and corporate strategic viability.

At what point does In-house testing become compelling when test volume, turnaround time, and margin control justify capital investment. At what point in time do the combination of these “inflection points”, tangible and non-tangible justify the ROI?

要点 Takeaways:

将系统梳理企业内部 ISTA 测试案例的关键要素。
当测试量充足，企业内部测试不仅是降低成本的工具，更是提升效率、掌控利润、强化战略地位的高杠杆投资。

This presentation will address most of the factors that need to be considered in developing a sound business case for In-House product/package testing via ISTA test protocols.

If testing volume is sufficient, bringing ISTA testing in-house is a high-leverage investment that improves speed, margins, and strategic positioning — not just a cost reduction initiative.

个人简介 Biography:

L.A.B Equipment LLC 董事总经理
全球领先的包装测试设备制造商 L.A.B Equipment LLC 董事总经理，拥有电气工程学士及工商管理硕士学位。
积极推动国际安全运输协会（ISTA）的发展逾十载，曾担任 ISTA主席，现任该协会的倡导委员会成员。在Bill的推动下，ISTA 在中国成立了分支机构ISTA中国。
Bill 目前负责管理 L.A.B 公司的全球分销网络，专注于国际市场拓展。

Bill Noonan is the Managing Director of L.A.B Equipment LLC , located in Itasca IL, USA.
Bill has a BSEE and MBA.
L.A.B Equipment is the World Leader in the design, marketing and production of Package and Product Testing Equipment since 1933.
After over a decade on the NSTA/ISTA Board in various roles, Bill was the appointed President of the ISTA (International Safe Transit Association). Currently, Bill is the company representative on the ISTA Advocacy Board and an ardent supporter of ISTA.
The ISTA is a leading force in the education and advancement of Packaging methods, and logistic systems for product distribution throughout the world. Bill does his best to promote the ISTA brand and values wherever and whenever he travels the world. During his tenure on the Board, ISTA China became an integral partner of the ISTA organization with his support.
He currently heads up the effort managing L.A. B’s Distribution Partners and hence, spends a great deal of his time servicing the International Market when he isn’t enjoying his 4 children, scattered around the USA as well as his 10 grandchildren.

我国作为全球最大的动力锂电池生产国，既有运输方式难以满足快速增长的动力锂电池运输需求，中欧班列成为我国出口欧洲的重要渠道。本次演讲基于我国全球动力锂电池产业布局和国际运输现状，根据动力锂电池铁路运输风险和国际运输要求，针对中欧班列运输动力锂电池需要解决的问题，提出动力锂电池中欧班列铁路运输技术解决方案。

As the world's largest producer of power lithium batteries, China faces a challenge in meeting the rapidly growing demand for transportation of these batteries using existing modes of transport. The China-Europe Railway Express has emerged as a crucial export channel for China to Europe. This presentation, grounded in China's global industrial layout for power lithium batteries and the current state of international transportation, addresses the issues that need to be addressed in transporting power lithium batteries via the China-Europe Railway Express. It proposes technical solutions for the railway transportation of power lithium batteries using the China-Europe Railway Express, based on the risks associated with railway transportation and international transportation requirements for these batteries.

要点 Takeaways:

1. 动力锂电池全球产业布局；
2. 动力锂电池运输现状与国际运输要求；
3. 国内动力锂电池铁路运输实践；
4. 动力锂电池中欧班列铁路运输解决方案。

1. Global industrial layout of power lithium batteries;
2. Current status of transportation of power lithium batteries and international transportation requirements;
3. Domestic railway transportation practices for power lithium batteries;
4. China-Europe Railway Express transportation solution for power lithium batteries.

个人简介 Biography:

张辉，中国铁道科学研究院集团有限公司运输及经济研究所，副研究员,博士，主要从事铁路危险货物运输、铁路集装箱技术领域的研究工作，主持和参与国家、部、局级课题30余项，参与制定国家行业企业标准4项，获得省部级奖励2项。发表学术论文20多篇，申请专利10余项。
国铁集团危险货物专家库成员、铁路国防交通专家库成员、中交协危险品运输专业委员会成员、联合国TDG中方专家委员会成员。

Zhang Hui, Associate Research Fellow, Ph.D. Transportation and Economic Research Institute, China Academy of Railway Sciences Corporation Limited.
His research mainly focuses on the fields of railway dangerous goods transportation and railway container technology. He has presided over and participated in more than 30 national, ministerial and bureau-level research projects, taken part in formulating 4 national, industrial and enterprise standards, and won 2 awards at or above the provincial and ministerial level. He has published more than 20 academic papers and filed more than 10 patent applications.
He is a member of the Expert Database for Dangerous Goods of China State Railway Group Co., Ltd., a member of the Railway National Defense Transportation Expert Database, a member of the Professional Committee for Dangerous Goods Transportation of China Communications and Transportation Association, and a member of the Chinese Expert Committee of the UN TDG.

运输包装作为串联制造业全供应链的物理纽带与信息节点，其管理水平直接决定了企业的运营效率和盈利能力。然而，传统“重采购单价、轻全生命周期”的落后观念，导致运输包装隐性成本高企，成为制造业被严重低估的“利润黑洞”。本次分享从物流供应链系统的全局视角出发，系统研究了运输包装需求有效识别方法和方案科学设计，提出了以“全生命周期成本最优”为核心的运输包装成本优化思想、原则和方法。

As the physical link and information node connecting the entire supply chain in manufacturing, transport packaging directly determines a company’s operational efficiency and profitability. However, the outdated traditional mindset of “focusing only on procurement unit cost while neglecting the whole life cycle” has led to excessively high hidden costs in transport packaging, making it a seriously underestimated “profit black hole” in the manufacturing industry. From the overall perspective of the logistics & supply chain system, this presentation systematically explores effective approaches to identifying transport packaging requirements and a scientific framework for solution design, and proposes concepts, principles and methods for transport packaging cost optimization centered on “optimal whole-life-cycle cost”.

要点 Takeaways:

1. 物流供应链系统下的运输包装
2. 运输包装、物流、供应链的关系
3. 物流供应链系统下的运输包装需求有效识别
4. 运输包装科学设计的十一步法
5. 运输包装成本和企业物流成本、供应链成本
6. 运输包装成本优化的思想、原则和方法

1. Transport Packaging in the Logistics and Supply Chain System
2. The Relationship Between Transport Packaging, Logistics and Supply Chain
3. Effective Identification of Transport Packaging Requirements Under the Logistics and Supply Chain System
4. The Eleven-Step Method for Scientific Design of Transport Packaging
5. Transport Packaging Cost vs. Corporate Logistics Cost and Supply Chain Cost
6. Concepts, Principles and Methods for Transport Packaging Cost Optimization

个人简介 Biography:

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，正式开启包装专业领域生涯。在彭国勋教授指导下，从零开始学习包装、数学与力学。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。

He graduated from Wuxi University of Light Industry, majoring in Law, in July 2001 (now the Law School of Jiangnan University). In July 2018, he founded Wuxi Zenithal Packaging Technology Research Institute Co., Ltd. and officially embarked on a professional career in packaging. He studied packaging, mathematics and mechanics from scratch under the guidance of Professor Peng Guoxun. In August 2023, he founded Xicheng Wood Industry (Heze) Co., Ltd., and in January 2025, Zenithal Wood Technology (Heze) Co., Ltd.

根据ISTA测试规范，随机振动在多个测试系列中用于模拟包装产品在运输中产生的振动应力从而确定其运输安全性。然而，一些试验室里，功率谱密度（PSD）中的低频分量（1–10 Hz）常因振动台的位移限制和功率限制而被忽略或未能充分完成。本报告解释了为何低频分量对于真实的包装损伤评估至关重要。低频对包装的激励，特别是激发重型包装、堆叠负载和大型内部结构的刚体共振等尤为明显，以此将导致加速度放大（通常Q = 5–10倍）和发生 Miner’s Rule 规则所提及的典型累积疲劳损伤。以ISTA 3A和3E卡车路谱为例，我们认为忽略或截去低频段PSD会导致欠测试导致有可能给出错误的合格结论。这些测试所需的振动台起码要具备足够可用工作位移（例如50毫米p-p）。请牢记，忽略低频段PSD内容，低估其影响对准确预测包装疲劳和共振引发的运输振动以及规范执行ISTA标准是及其有害的，希望大家了解其重要性，并对试验结果作出认真评估。

Random vibration testing per ISTA protocols is widely used to simulate transport-induced stresses on packaged products. However, the low-frequency region (1–10 Hz) of the power spectral density (PSD) profile is often underappreciated or inadequately reproduced due to shaker displacement limits and instrumentation constraints. This presentation explains why low-frequency components are critical for realistic damage simulation. Low frequencies excite rigid-body resonances of heavy packages, stacked loads, and large internal components, leading to amplified acceleration (Q = 5–10×) and cumulative fatigue damage per Miner’s rule. Using ISTA 3A and 3E truck profiles as examples, we show that omitting or truncating low-frequency energy results in under testing and false passes. Practical guidance is provided for verifying shaker enough usable displacement capability (for example ≥ 50 mm p-p). The key message is that respecting low frequency PSD content is essential for accurately predicting package fatigue and resonance induced failures in transit.

要点 Takeaways:

ISTA随机振动试验中，低频段的PSD由于振动台的局限无法进行测试，忽略还是坚持完整的试验路谱？

While the low -frequency components of ISTA random vibration profile PSD can not be achieved with the shaker limits, avoid portion Or have to keep the test profile complete?

个人简介 Biography:

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。

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.

CR-8000是一款创新的主动温控装备，专为需要快速部署、高运行效率和绝对可靠性的应用场景而设计。这些特性使其成为关键任务的理想解决方案——从储存药品、疫苗和临床试验样本，到为冷链运输中的蓄冷剂进行预处理，预处理后的蓄冷剂可以给冷链运输提供强有力且灵活高效的保障。
其模块化设计支持利用标准家用电源在任何地点快速简易安装。凭借超薄高性能真空绝热板（VIP）以及可选的相变材料包（可提供超过48小时的断电保温），该装备可提供卓越的温控系统。集成的智能终端提供全面的远程监控功能，使CR-8000成为一个完整的全集成解决方案。

The CR-8000 is an innovative active thermal storage device designed for applications demanding rapid deployment, operational efficiency, and unwavering reliability. These capabilities make it the solution of choice for mission-critical applications—from storing pharmaceuticals, vaccines, and clinical trial samples to pre-conditioning PCMs for cold chain logistics. Pre-conditioned PCMs provide a robust, flexible, and highly efficient safeguard for cold chain transportation.
Its modular design enables rapid and simplified deployment anywhere using standard household power. It achieves unparalleled thermal stability through high-performance VIP, coupled with optional PCMs that provide over 48 hours of power-outage protection. An integrated smart terminal delivers comprehensive remote control and monitoring, making the CR-8000 a complete all-in-one solution.

要点 Takeaways:

1. 快速部署
能在小型物流中心、实验室角落、零售店后仓或临时项目现场等复杂环境中，实现数小时内的快速组装或拆卸，显著提升运营灵活性。
采用定制的复合板结构，配备精密卡扣与锁闭机制，无需专业工程团队或复杂工具即可完成安装。

2. 卓越保温性能
采用全覆盖真空绝热板，其热阻值达到传统聚氨酯泡沫的5倍以上。
凭借仅50毫米的超薄壁厚，实现卓越保温效果，空间利用率更高。

3. 长效断电保护，守护关键资产
可选配相变材料蓄冷包，提供可靠的热缓冲，为疫苗、药品、关键试剂等高价值物品提供超过48小时的温度稳定性，最大限度降低损耗风险。

4. 标准电源供电，摆脱工业用电依赖
仅需接入标准家用电即可运行，完全无需复杂的工业电力设施安装。

5. 一体化智能控制
配备安装在门体上的用户友好型集成智能终端，支持集中远程控制、实时监控与数据分析。

1. Rapid Deployment
Enables rapid assembly or disassembly within hours in complex environments like small logistic center, lab corners, retail backrooms, or temporary project sites, significantly enhancing operational flexibility.
Customed composite panel structure features precision snap-fit and locking mechanisms, eliminating the need for specialized engineering teams or complex tools.
2. Excellent Thermal Performance
Utilizes full-coverage VIP, offering over 5 times the thermal resistance of traditional polyurethane foam.
Achieves superior thermal performance with an ultra-slim wall thickness of just 50mm, providing higher space efficiency.
3. Extended Power-Outage Protection, Safeguarding Critical Assets
Optional PCM packs provide reliable thermal buffering, offering over 48 hours of temperature stability for high-value contents like vaccines, medicines, critical reagents, minimizing spoilage risk.
4. Standard Power Operation, Eliminating Industrial Grid Dependence
Operates on standard household power, completely removing the requirement of complex industrial electrical installation.
5. Integrated Smart Control
Features a user-friendly, integrated smart terminal on the door for centralized remote control, real-time monitoring, and data analytics.

个人简介 Biography:

上海大学包装工程（本科），英国林肯大学物流管理（硕士研究生）。毕业后入职上海生生物流，先后在运营中心、质量中心、方案与培训部工作，现任职上海生生全资子公司--上海元廷技术经理，开发多系列基于真空绝热板和相变材料的医药冷链运输包装和其他行业定制化冷链运输包装方案，并具备生产工艺、质量体系管理、ISTA 7D测试等相关工作技能。曾获得中国包装创意设计大赛三等奖；曾参与制定国家标准《真空绝热板有效导热系数的测定》。

Packaging Engineering in Shanghai University (Bachelor's Degree), Logistics Management in University of Lincoln (Master's Degree). After graduation, he joined Shanghai Shengsheng Logistics, worked in the operation center, quality center, solutions and training department successively. Now he is the technical manager of Shanghai Yuanting, a wholly-owned subsidiary of Shanghai Shengsheng, he developed several series of pharmaceutical cold chain transportation packaging based on vacuum insulation panel and phase change material, and customized cold chain transportation packaging solutions for other industries. He also possesses the skills of production process, quality system management, and ISTA 7D testing. He has been won the third prize in the China Creative Packaging Design Award, and he has participated in the formulation of the national standard “Determination of effective thermal conductivity for vacuum insulation panels(VIP)”.

随着医药、生鲜等温度敏感产品冷链运输需求持续增长，高效、可靠的温控包装成为保障产品质量的关键环节。本报告介绍了相变蓄冷材料在冷链温控包装中的应用与设计探索，包括不同类型的相变蓄冷材料、多温区布局及多样化包装设计体系，通过热性能仿真与结构优化，实现对运输环境的自适应调节和温控稳定性保障，同时兼顾工业化可实施性、可重复使用性与系统集成能力，为医药、食品等冷链运输提供高可靠性、智能化的温控解决方案。

With the growing demand for cold chain transportation of temperature-sensitive products such as pharmaceuticals and fresh food, efficient and reliable temperature-controlled packaging has become a critical factor in ensuring product quality. This presentation introduces the application and design exploration of phase change materials (PCMs) in cold chain temperature-controlled packaging, including different types of PCMs, multi-zone layouts, and diversified packaging design systems. Through thermal performance simulation and structural optimization, the packaging systems achieve adaptive regulation and stable temperature control under varying transport conditions, while ensuring industrial feasibility, reusability, and system integration. These solutions provide high-reliability, smart temperature-controlled packaging for pharmaceutical and food cold chain logistics.

要点 Takeaways:

1. 多模态相变材料应用：探索不同类型和形态的相变蓄冷材料，实现对运输环境温度变化的响应与稳定储能。
2. 多温区及差异化设计体系：通过多温区布局和材料组合策略，满足不同产品及运输阶段的温控需求。
3. 热性能仿真与优化：利用热分析和仿真方法评估包装系统温控性能，为不同设计体系提供优化依据。

1. Application of multi-modal PCMs: Investigation of different types and forms of phase change materials to achieve responsive and stable thermal energy management under variable transport conditions.
2. Multi-zone and differentiated design systems: Multi-zone layouts and material combination strategies to meet the temperature control requirements of different products and transport stages.
3. Thermal performance simulation and optimization: Use of thermal analysis and simulation to evaluate packaging system performance and provide optimization guidance for different design schemes.

个人简介 Biography:

丘晓琳，清华大学材料科学与工程专业博士，现任江南大学包装工程系副教授、硕士生导师，中国包装联合会科学技术委员会副秘书长。主要研究方向为功能性包装材料与制品、温控包装材料与系统设计以及智能与活性包装。发表学术论文50余篇，授权发明专利10余项，获得多项包装领域科技奖励。

Dr. Xiaolin Qiu received her Ph.D. in Materials Science and Engineering from Tsinghua University and is currently an Associate Professor and Master’s Supervisor in the Department of Packaging Engineering at Jiangnan University. She also serves as Deputy Secretary-General of the Science and Technology Committee of the China Packaging Federation.
Her research focuses on functional packaging materials and products, temperature-controlled packaging materials and system design, as well as intelligent and active packaging. She has published over 50 academic papers and holds more than 10 invention patents, and has received multiple science and technology awards in the packaging field.

温度和力学对冷藏箱的影响

Thermal and mechanics.

要点 Takeaways:

冷藏箱不仅需要考量温度保持能力，还需要考量振动、跌落等对冷藏箱及内装物的影响。

Temperature,vibration,drop effect box performace.

个人简介 Biography:

担任中国包装科研测试中心检测技术中心总监兼中包测试技术（广东）有限公司总经理。发表有关科学研究的论文8篇。16项实用新型专利和1项发明专利。

Chief Officer of Testing and Technology Division of China Package Research & Testing Center, General Manager of China Packaging Testing Technology(Guangdong) Co., Ltd. Published 8 papers related to scientific research. Got 16 utility model patents and 1 invention patent.

以澳洲某零售企业向循环经济转型为背景，探讨外贸企业在包装领域的合作伙伴选择，介绍团队在包装全生命周期评价与系统动力学建模方面的研究进展，围绕“以纸代塑”、“消费后再生塑料（PCR）替代”和“轻量化”三类核心减碳路径，重点分享我们在多情景量化模拟、供应链成本-碳排放分析等方面的研究结果。

Taking the transformation of an Australian retail company to a circular economy as an example, this paper explores the selection of partners for foreign trade enterprises in the packaging field, introduces the team's research progress in packaging life cycle assessment and system dynamics modeling, and focuses on sharing our research results in multi-scenario quantitative simulation and supply chain cost-carbon emission analysis, centered around three core carbon reduction pathways: "paper instead of plastic", "post-consumer recycled plastic (PCR) substitution" and "lightweighting".

要点 Takeaways:

分析表明“以纸代塑”策略存在潜在风险。尽管纸质材料表面看似环保，但为了提供与塑料包装相同的功能，其重量将增加近三倍，导致总成本上升10.8%-56.2%，且碳排放不仅没有减少，反而有所上升。相较之下，研究证实了以消费后再生塑料为主导的替代策略，在此基础上协同推进包装结构轻量化，是平衡合规压力、经济成本与环境责任的最优解。此路径不仅有效避免了因再生料比例不足而带来的包装税负担，还能实现约5.4%的净碳减排。此外，对运输包装体系的瓦楞结构优化与再生料应用进行介绍和探讨，期盼引起行业对基于数据的科学减碳决策关注和讨论，推动零售供应链绿色韧性发展及合作。

Analysis reveals potential risks associated with the "paper-for-plastic" strategy. While paper materials appear environmentally friendly on the surface, to provide the same functionality as plastic packaging, their weight increases nearly threefold, leading to a 10.8%-56.2% increase in total cost. Furthermore, carbon emissions not only fail to decrease but actually increase. In contrast, the study confirms that an alternative strategy primarily based on post-consumer recycled plastics, coupled with the coordinated promotion of lightweight packaging structures, is the optimal solution for balancing compliance pressures, economic costs, and environmental responsibility. This approach not only effectively avoids the packaging tax burden caused by insufficient recycled materials but also achieves a net carbon reduction of approximately 5.4%. In addition, the paper introduces and discusses the optimization of corrugated structures and the application of recycled materials in transport packaging systems, hoping to raise industry awareness and discussion regarding data-driven, scientific carbon reduction decision-making and promote the green resilience and cooperation of the retail supply chain.

个人简介 Biography:

马一春是一位在多领域有可持续发展经验的专家，致力于循环经济产品研发以及供应链管理。加入Kmart之前，马一春曾于国际知名咨询公司以及多个欧洲零售企业工作，担任技术经理与可持续发展专家，协助可持续发展平台建立以及可持续发展理念的传递, 同时也是绿色再生塑料供应链应用小组副组长，PINFA中国无卤阻燃协会可持续发展顾问。马一春本科毕业于华东理工大学，获得精细化工专业学士学位，于美国新泽西理工大学获得化学专业硕士学位，东华大学高分子在职博士，交通大学中英低碳学院研究生产业导师。
徐玥于2024年获得清华大学环境工程专业学士学位，2024年至今，清华大学资源与环境方向硕士在读。研究方向聚焦于环境管理，塑料污染治理。

Mr. Ma is the expert on sustainability who has the experience across various industries, supporting circular economy on product innovation and supply chain delivery. Before joining Kmart, he used to be the technical manager of the world famous consulting company, and EU retailers on sustainability platform development and sustainable concept delivery, meanwhile as the deputy lead of Geen Plastic Recycling Group, and Sustainability consultant of PINFA (Halogen Free Flame Retardant Association) China. Mr. Ma holds the master degree in Chemical of New Jersey Institute of Technology and a bachelor degree in Fine chemistry of East China University of Science and Technology, PHD candidate of Donghua University in Advanced Material, Industry advisor of Jiao Tong University – China & UK Low Carbon School.
Ms. Xu received her Bachelor of Science degree in Environmental Engineering from Tsinghua University in 2024, and has been pursuing a Master's degree in Resources and Environment at Tsinghua University since 2024. Her research focuses on environmental management and plastic pollution control.

随着欧盟PPWR新规的全面实施，锂电池包装行业正面临深刻的变革。本次演讲将基于行业实践，探讨如何将严格的法规要求转化为可行的设计策略。我们将重点解析三条关键路径：从传统包装转向可循环周转箱的商业模式创新；采用单一材料解决方案确保包装的可回收性；以及精准运用危险品运输豁免条款实现合规优化。同时，演讲将结合IPS兰多等行业伙伴的实施经验，分享如何通过这些策略在满足法规要求的同时，有效控制成本、提升供应链效率，最终将合规挑战转化为市场竞争优势。

The comprehensive implementation of the EU's PPWR regulation is driving a profound transformation in the lithium battery packaging industry. This presentation will explore practical strategies to translate these stringent regulatory requirements into actionable design approaches. We will focus on three key pathways: business model innovation shifting from traditional to recyclable turnover boxes; adopting mono-material solutions to ensure packaging recyclability; and utilizing exemptions from hazardous material transport regulations for compliance optimization. Drawing on implementation cases from industry partners like IPS Landuo, we will share how these strategies help meet regulatory demands while effectively controlling costs and enhancing supply chain efficiency, ultimately turning compliance challenges into competitive market advantages.

要点 Takeaways:

1. 解读欧盟PPWR新规在包装减量、可回收性与再生料使用上的核心要求。
2. 提出从传统转向循环商业模式、采用单一可回收材料、精准运用危险品豁免条款三大设计策略。
3. 分享如何通过上述策略，在确保合规的同时控制成本、提升供应链效率。
4. 探讨如何将合规压力转化为绿色品牌竞争力与市场优势。

1. Explain PPWR key requirements on packaging reduction, recyclability, and use of recycled content.
2. Shift to circular business models, adopt mono-material designs, and precisely utilize hazardous goods transport exemptions.
3. Share how these strategies ensure compliance while controlling costs and improving supply chain efficiency.
4. Discuss turning compliance into a green branding and competitive advantage.

个人简介 Biography:

毕业于上海交通大学，从事物流和包装工作超过25年。现任IPS 兰多包装技术创新和可持续发展部经理。负责可持续发展新材料和结构的研发与ESG等相关工作。曾任西门子移动通信产品包装工程师，诺基亚移动通信全球产品包装研发设计部项目经理和中国团队负责人。同时参与为诺基亚制定相关包装测试标准与审核要求。并具有供应商管理、仓储物流管理相关协作经验。代表诺基亚参与过多项大客户级别项目，例如参与中国移动绿色包装项目的规则制定和实施。第一届ISTA设计大奖赛评委。

Graduated from Shanghai Jiao Tong University, engaged in logistics and packaging for more than 25 years. Manager of the Innovation and Sustainability Development Department of Packaging Technology at IPS Lando now. Responsible for sustainable development of new materials and structures research and development and ESG related work. Has been worked as product packaging engineer at Siemens Mobile networks, global project manager and China team leader at Nokia Mobile networks. Participated in the development of relevant packaging testing standards and audit requirements for Nokia. And have supplier management, warehousing and logistics management related cooperation experience. Represented Nokia in a number of major customer level projects, such as participating in the rule-making and implementation of China Mobile's green packaging project. Judge of the first ISTA Design Competition.

循环包装容器的使用次数是评估循环包装单次使用成本的核心。基于循环包装容器自身的特点，综合考虑其在设计、流通、仓储、维修、测试等多方面的综合考虑，来确定循环包装容器损坏的主要方式和影响因素。再通过借鉴包装箱安全系数的定义方式，来构建循环包装容器使用次数的评价模型。最后通过实例的方案来验证模型的可靠性。

The usage times of returnable packaging containers is the core for evaluating the cost per use of returnable packaging containers. Based on the inherent characteristics of returnable packaging containers, and taking into account their comprehensive considerations in design, circulation, storage, maintenance, testing and other aspects, the main ways and influencing factors of damage to returnable packaging containers are determined. Then, by drawing on the definition method of the safety factor of packaging boxes, an evaluation model for the usage times of returnable packaging containers is constructed. Finally, the reliability of the model is verified through the scheme of the example.

要点 Takeaways:

1. 循环包装容器的分类定义。
2. 循环包装容器损坏的主要方式和影响因素。
3. 借鉴安全系数方式建立使用次数评价模型。
4. 实例验证模型的可靠性。

1. Classification definition of returnable packaging containers.
2. The main ways and influencing factors of damage to returnable packaging containers.
3. Establishing a usage times evaluation model by drawing on the safety factor method.
4. Verifying the reliability of the model through examples.

个人简介 Biography:

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

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)

全球范围内，中国“双碳”目标、欧盟绿色新政以及各国EPR（生产者责任延伸）制度等政策法规日益严格，产品碳足迹的披露要求正逐渐成为新的市场准入壁垒。运输包装的碳排放是物流碳足迹的重要组成部分，随着越来越多品牌商将供应链碳管理纳入采购标准，行业对低碳物流和可持续运输包装提出了更高的要求。本次演讲将系统剖析运输包装在全生命周期中的碳排放特征，及其在推动绿色低碳运输中的关键作用，梳理行业在碳管理方面的难点与重点。结合碳阻迹成熟的碳管理方法论及服务超过1500家企业的实践经验，深入阐述AI驱动的碳管理平台，如何助力运输包装企业应对合规挑战、构建绿色核心竞争力。

Globally, policies and regulations such as China's "dual carbon" goals, the European Green Deal, and various countries' EPR (Extended Producer Responsibility) systems are becoming increasingly stringent. The requirement to disclose product carbon footprints is gradually emerging as a new market access barrier. The carbon emissions from transport packaging represent a significant component of the logistics carbon footprint. As more brands incorporate supply chain carbon management into their procurement criteria, the industry is placing higher demands on low-carbon logistics and sustainable transport packaging. This presentation will systematically analyze the carbon emission characteristics of transport packaging throughout its entire lifecycle, as well as its critical role in promoting green and low-carbon transportation. It will also identify the key challenges and priorities in industry carbon management. Drawing on Carbonstop's mature carbon management methodologies and hands-on experience gained from serving over 1,500 enterprises, the presentation will elaborate in depth on how an AI-driven carbon management platform can help transport packaging companies address compliance challenges and build a green core competitiveness.

要点 Takeaways:

1. 运输包装全生命周期碳排放
2. 行业碳管理难点和重点
3. CREOS碳管理方法论
4. AI驱动碳管理数字化平台

1. Life-cycle Carbon Emissions of Transport Packaging
2. Key Challenges and Priorities in Industry Carbon Management
3. CREOS Carbon Management Methodology
4. AI-driven Digital Platform for Carbon Management

个人简介 Biography:

牛津大学计算机科学硕士
联合国IPCC专家委员会审稿人
中国循环经济协会 理事
福布斯中国最具影响力华人精英TOP100
世界经济论坛全球青年领袖
GHG Protocol Scope 3 技术工作组成员
超过15年碳行业经验

Master of Science in Computer Science, University of Oxford
Reviewer, IPCC Expert Committee, United Nations
Board Director, China Association of Circular Economy
Top 100 Most Influential Chinese Elites, Forbes China
Young Global Leader, World Economic Forum
Technical Working Group Member, GHG Protocol Scope 3
Over 15 years of experience in the carbon industry

欧盟《包装与包装废弃物法规》（PPWR, Regulation (EU) 2025/40）将于2026年8月12日正式生效，取代沿用近三十年的94/62/EC指令。与旧指令相比，PPWR作为直接适用的法规无需成员国转化，对出口企业形成即时合规压力，其中运输包装与物流器具被首次纳入强制监管范围，并设定了2030年40%、2040年70%的再利用率目标，这意味着托盘、周转箱、集装袋等物流载具不再只是产品的配套工具，而是需要独立满足物质限制、可回收性分级、再生含量和包装最小化等硬性指标的合规单元。
面对这些要求，不论是可重复使用的物流器具还是一次性的运输包装都面临产品设计逻辑重构、供应链关系重塑和合规成本激增三重冲击，中国出口企业需对物流器具进行盘点分类，区分欧盟境内流转包装与出口专用包装以明确豁免范围，同时要求供应商提供符合性声明的支撑文件并建立合规数据库，最终打造适用于运输包装特性的本土化声明模板，将合规成本转化为绿色竞争力，确保对欧出口通道畅通。

The EU Packaging and Packaging Waste Regulation (PPWR, Regulation (EU) 2025/40) will officially enter into force on August 12, 2026, replacing the nearly thirty-year-old Directive 94/62/EC. Unlike the previous directive, PPWR applies directly without requiring transposition by member states, creating immediate compliance pressure on export enterprises. For the first time, transport packaging and logistics equipment are brought under mandatory regulatory scope, with reuse targets set at 40% by 2030 and 70% by 2040. This means that pallets, returnable containers, and flexible intermediate bulk containers are no longer merely ancillary product accessories, but independent compliance units that must satisfy stringent requirements regarding substance restrictions, recyclability grading, recycled content, and packaging minimization.
Faced with these requirements, both reusable logistics equipment and single-use transport packaging face a triple impact: product design logic reconstruction, supply chain relationship reshaping, and surging compliance costs. Chinese export enterprises need to conduct inventory classification of logistics equipment, distinguishing between packaging circulating within the EU and export-dedicated packaging to clarify exemption scopes. Simultaneously, they must require suppliers to provide supporting documentation for conformity declarations and establish compliance databases, ultimately developing localized declaration templates tailored to the characteristics of transport packaging. By transforming compliance costs into green competitiveness, they can ensure unimpeded export channels to Europe.

要点 Takeaways:

1. PPWR的源起；
2. PPWR的核心要求；
3. PPWR对运输包装的影响分析；
4. 应对策略简介。

1. The Origin of PPWR
2. Core Requirements of PPWR
3. Impact Analysis of PPWR on Transport Packaging
4. Brief Introduction to Response Strategies

个人简介 Biography:

中国出口商品包装研究所所长助理兼科研标准化处主任/高级工程师
主持和参与起草了《包装与环境》系列、《防止儿童开启包装 非药品用不可再封口包装的要求与试验方法》等多项包装领域国家标准、行业标准和团体标准，多次代表中国参加世界包装组织理事会和ISO包装与环境分委会工作会议。具有丰富的包装与环境领域标准化工作经验。作为商务部出口商品技术服务中心（商品包装）主任，多次主持及参与商务部《出口商品技术指南-欧盟商品包装》、《出口商品技术指南-美国和欧盟食品包装》、《出口商品技术指南-北美地区商品包装》等文件的更新编撰工作。

Jasper has led or participated in the drafting of a series of national, industry, and association standards of the field of packaging—including the Packaging and the Environment series standards. He has represented China at World Packaging Organization board meetings and ISO TC122/SC4 (Packaging and the Environment) meetings. He has amassing extensive experience in packaging and environmental standardization, and he is one of the authors of Export Commodities Packaging Technical Guides of MOFCOM.

通过循环场景分析，提供对应的循环包装解决方案

Solving corresponding circular packaging solutions through the analysis of circular scenarios

要点 Takeaways:

循环场景与应用可行性

Circular Scenarios and Application Feasibility

个人简介 Biography:

在职硕士

On-the-job Master's Degree