This conference will be financial supported by Donghua University, we appreciate the following sponsors.

College of biological science and medical engineering
State Key Lab for Modification of Chemical Fibers & Polymer Materials 

Donghua University

Website: http://www.espun.cn/ 

易丝帮(www.espun.cn)成立于2017年10月，是以学术为导向的化学纳米纤维领域标杆平台网站。
近年来纳米技术取得了重大进展，纳米纤维的应用研究与开发明显加快，特别是功能化纳米纤维的研究。目前，纳米纤维材料的科学研究和应用开发重点集中在组织工程支架、医用材料器械、纳米膜材与过滤材料、纳米复合材料、化学与生物敏感材料、无机催化材料等领域，易丝帮80%的平台用户来自于上述领域的科研专家、学者、以及实验室技术人员。
易丝帮平台设置了行业资讯、深度观点、ES-Bank、ASAP、文献资料等频道，并依托国内首家静电纺丝行业专业期刊——《静电纺丝进展》，将纳米纤维材料领域的最新的科研成果、学术动态、技术进展、应用案例及时呈现给广大平台用户;设置的产业链、论坛交流、科研矩阵等频道，则是为纳米纤维产业链用户提供技术交流、产品商务交流、人才招聘等全方面服务。
易丝帮拥有自己专业的内容运营与技术服务团队，并在创建伊始就聘请了数十位纳米材料领域的资深专家作为平台顾问，指导平台建设与发展;此外，易丝帮还邀请了上百位实验室一线科研人员兼职参与平台建设。凭借对纳米纤维行业的深刻理解，长期植根于纳米材料领域的理念，以及运用互联网新技术开展网上服务的同时，将线上服务与线下活动相结合，为纳米纤维行业的专业人士营造良好的互动交流空间。
易丝帮的愿景是：打造成为国内化学纳米材料研究界的第一标杆网站，成为国内纳米纤维领域的最权威交流学习平台和全产业链服务平台。

Website: http://www.mdpi.com/journal/polymers 

Polymers (ISSN 2073-4360) is an open access journal with its latest impact factor of 3.426, ranking 17/89 (Q1) in polymer science. It provides an interdisciplinary forum for publishing papers which advance the fields of：

-Polymer Chemistry;

-Polymer Analysis;

-Polymer Physics;

-Polymer Theory and Simulation;

-Polymer Processing and Performance;

-Polymer Applications;

-Biomacromolecules, Biobased and Biodegradable Polymers;

-Polymer Recycling;

-Polymer Composites and Nanocomposites;

-Green and Sustainable Chemistry in Polymer Science.

Author Benefits
• High Visibility—Indexed by various databases (including SCIE (WoS), Scopus, and PubMed (PMC)).
• Fast Processing—A first decision is provided to authors approximately 12.5 days after submission; acceptance to publication is undertaken within 3.6 days.
• Follow-Up Promotion—The Polymers promotion team provides a FREE post-publication promotion service to increase exposure of the paper to targeted audiences.

www.balancemed.cn

北京佰仁医疗科技股份有限公司，成立于2005年，是一家致力于动物源性植介入医疗器械研发与生产的高新技术企业。公司自主研发动物组织工程和原创化学改性处理技术，目前已获批准18个III类医疗器械产品，其中心胸外科生物补片、牛心包瓣、猪主动脉瓣、瓣膜成形环、肺动脉带瓣管道、神经外科微血管减压垫片6个产品为国内首个获准注册的同类产品，共获得20余项国内外发明专利授权。公司于2019年12月成功登陆上海证券交易所科创板(股票代码:688198)，进入快速发展阶段。

目前，公司在瓣膜置换和修复、先天性心脏病植介入治疗及软组织修复三个板块的产品布局下，通过建设高水平的动物源性植入材料的研发平台，积极覆盖更广泛的治疗领域，为不同患者提供更全面的治疗保障。生命相息，性命相托，佰仁医疗通过动物源性材料处理的核心技术布局三大板块，为患者再塑高品质人生，用科技与爱守护人类健康的心。

生纳科技（上海）有限公司

Website ：http://www.sunnatech.com

生纳科技（上海）有限公司成立于2015年1月，是一家专注于研究小口径人工血管的高科技企业；是上海张江伯克利工程创新中心从美国加州大学伯克利分校引进的第一个项目。公司由上海伯克利校友会会长，芯原股份创始人、董事长兼总裁戴伟民博士联合创立。

生纳长期深耕于静电纺丝、心血管和再生医学等细分领域。主研产品小口径人工血管，上市产品为生纳立体纳米纤维防护口罩，另在研生纳纳米固态面膜等纳米功能纤维膜材料。

Sunna Technology (Shanghai) Co., Ltd. was established in January 2015, as a high-tech enterprise focusing on the research of small-diameter vascular grafts. It is also the first project introduced from the University of California, Berkeley, through Shanghai Zhangjiang Berkeley Engineering Innovation Center. Sunna was co-founded by Dr. WAYNE WEI-MING DAI, president of CAL Alumni Club of Shanghai, chairman and president of VeriSilicon Microelectronics (Shanghai) Co., Ltd.  

Sunna has long been deeply engaged in the subdivisions including  electrospinning, cardiovascular and regenerative medicine. The main research products are small-diameter vascular grafts, The listed products inculde Sunna stereoscopic nanofiber protective masks. We are also developing functional nanofiber membrane materials such as nanofiber solid facial masks.

深圳市通力微纳科技有限公司

中文网站：http://www.tlwnt.com

English website: http://www.electro-spinning.com 

深圳市通力微纳科技有限公司（以下简称“通力微纳”）于2009年创立，是中国首家专注于高压静电纺丝机制造的企业。我们汇聚了一批资深工程师和纳米材料专家，与国内外多所顶尖院校建立了密切合作关系，致力于推动纳米科技领域的发展。

**卓越的纳米科技设备**

我们的产品线包括高压静电纺丝机、高压静电直写机、电流体动力打印机以及一系列复合纳米氧化物。高压静电纺丝机系列产品拥有多款型号，广泛应用于实验室、量产和生物医药领域，为全球知名高校、科研机构和企业提供重要支持。特别是在生物医药领域，我们的静电纺丝机在脑膜、体内隔离膜、修复膜、血管等领域实现了广泛的量产，且持续呈现增长态势。

**引领科技革新的浪潮**

作为纳米科技领域的领军者，我们开拓性地探索高压静电直写领域，研发的熔融直写机和溶液近场纺丝机能够实现单根纤维的精准排布，开创了微米级2D和3D结构材料制备的新时代。我们的电流体动力打印机技术处于国内市场领先地位，为微纳米级打印提供了全新的可能性。

**开创纳米科技的美好未来**

通力微纳的使命在于为客户提供最优质的纳米材料制备设备和解决方案，推动纳米科技的发展与应用。我们将持续不断地进行技术创新，扩展产品线，深化技术研发，并与更多优秀的科研机构和企业合作，为客户提供更为全面、更为优质的产品和服务。

让我们携手并肩，共同开创纳米科技的美好未来！欢迎您随时联系我们，我们期待与您的合作！

联系方式：

公司地址：深圳市南山区南头街道安乐社区关口二路15号智恒产业园29栋1楼B

联系电话：4008-755-966

电子邮箱：tonglitech@outlook.com 

微信：TONGLITECH

欢迎各界朋友来访、来电垂询，我们期待与您的合作！

Founded in 2009, Tongli Tech Co., Limited is China's first specialized manufacturer of Electrospinning machines. We have brought together a team of experienced engineers and nanomaterial experts, establishing close partnerships with top universities and research institutions worldwide, all committed to advancing nanotechnology.

Excellence in Nanotechnology Equipment

Our product lineup includes high-voltage electrospinning machines, direct writing machines, Electrohydrodynamic printing machines, and a series of composite nano-oxides. Our electrospinning machines, available in various models, are widely used in laboratories, large-scale production, and biomedical applications, providing essential support to globally recognized universities, research institutions, and enterprises. Particularly in the biomedical field, our electrospinning machines have achieved significant mass production, serving areas such as brain membranes, intra-body isolation membranes, repair membranes, and blood vessels, with continuous growth.

Innovating Nanotechnology

As pioneers in nanotechnology, we are exploring high-voltage direct writing technology. Our advanced melt writing machine and solution near-field spinning machine enable precise arrangement of single fibers, paving the way for micron-level 2D and 3D structure material preparation. Additionally, our Electrohydrodynamic printing technology is offering new possibilities for micro-nano-level printing.

Let's work together to create a bright future for nanotechnology! Please feel free to contact us anytime. We look forward to collaborating with you!

Contact Information:

Address: Building 29, 1st Floor B, Zhiheng Industrial Park, No. 15, Guankou 2nd Road, Anle Community, Nantou Street, Nanshan District, Shenzhen CHINA

Tel:+86-18620353785

Email: tonglitech@outlook.com

复纳科学仪器（上海）有限公司

复纳科学仪器（上海）有限公司（简称“复纳科技”）于 2012 年在上海成立，聚焦荷兰飞纳台式扫描电镜在中国市场的推广和应用，涵盖领域包括材料、锂电新能源、半导体、生命科学和法医检测等。目前在上海（总部）、北京、广州、成都、苏州均有Demo体验中心。

截止目前，复纳科技服务超过 1500 家飞纳电镜客户和 100 家相关产品客户，包括：清华大学、北京大学、复旦大学、上海交通大学、华南理工大学和中科院系统等高校科研单位；巴斯夫、宁德时代、微软、默克、部分公安系统和出入境检验局等企事业单位。

2017 年开始，复纳科技陆续与 7 家行业领先品牌建立了长期独家合作，致力于为中国高校、研究所、企业和政府用户提供先进可靠、高效智能的科学分析仪器、优质专业的服务和基于核心技术的解决方案。十年以来，复纳科技赋能中国科研创新、工业升级，人工智能检测的使命也越来越清晰。目前合作的国际知名仪器制造商和产品线如下：

电话：400 857 8882｜邮箱：info@phenom-china.com

复纳科技官网：www.funa-scientific.com

飞纳电镜官网：www.phenom-china.com

Founded in 2012 in Shanghai, Phenom Scientific Instruments (Shanghai) Co., Ltd., known as "Phenom Scientific," focuses on the promotion and application of Phenom desktop scanning electron microscopes in the Chinese market. Our areas of expertise span diverse domains including materials, lithium-ion batteries, semiconductor, life sciences, and forensic analysis. To date, Phenom Scientific has served over 1,500 Phenom electron microscope customers and 100 customers for related products.

Our clientele comprises esteemed research institutions such as Tsinghua University, Peking University, Fudan University, Shanghai Jiao Tong University, South China University of Technology, and institutes under the Chinese Academy of Sciences. We've also extended our services to prominent enterprises including BASF, Contemporary Amperex Technology Co., Ltd. (CATL), Microsoft, Merck, as well as public security agencies and customs inspection bureaus.

Since 2017, Phenom Scientific has established exclusive, long-term partnerships with seven leading brands across various industries. Our commitment lies in delivering advanced, reliable, and efficient scientific analysis instruments, coupled with high-quality professional services and solutions rooted in core technology. Over the past decade, Phenom Scientific has been empowering Chinese research, innovation, industrial growth, and the increasingly prominent field of AI-based inspection. In an era driven by artificial intelligence, our mission becomes ever clearer as we continue to contribute to the advancement of research and industry across China.

 

Presently, Phenom Scientific maintains collaborations with internationally renowned instrument manufacturers across the following product lines:

Phenom Scientific Instrument (Shanghai) Co., Ltd.

Phone: 400 857 8882 | Email: info@phenom-china.com

Phenom Scientific Official Website: www.funa-scientific.com | Phenom Electron Microscope Official

Website: www.phenom-china.com

http://www.burgwell.com/

玮博杰生物材料（浙江）有限公司成立于2021年，坐落于绍兴市。公司主要从事面向国家碳中和目标下生物医药、新材料、新能源等战略新兴产业急需的环境降解聚合物的研发、生产和销售。

公司主要产品为ε-己内酯单体（CL）、多牌号的聚ε-己内酯多元醇及聚ε-己内酯（PCL）系列产品。由于聚己内酯具有突出的柔性特质、良好的生物相容性与生物安全性，并可与聚乳酸等可降解材料共聚共混以增强其性能。因此聚己内酯成为生物降解材料中的关键一环，被广泛应用于医用器械、手术缝合线、面部注射填充、人工骨、人造血管及心脏支架植入材料、一次性生物反应器，以及弹性体材料、合成革、粘胶剂、涂料、固态电解质等领域。

公司愿景：吸收全球科技、持续耕耘创新，成为世界级生物材料企业。

云帆（天津）仪器有限公司是一家专注于微纳米纤维领域实验室设备生产商，公司位于天津市西青区中北工业园内，主要从事微米、纳米纤维制备仪器的研发、生产。

主营设备有纳米静电纺丝机、湿法纺丝机、熔融纺丝机、超声喷涂、自动涂膜机、显微镜、接触角测量仪等设备，承接相关产品中小型、量产级设备定制，产品体系完整，实现了电纺、喷涂、刮涂等多种形式的微纳米纤维制备，覆盖了微纳米膜材料及纳米纤维多个应用方向。

Yunfan (Tianjin) Instrument Co., Ltd. is a laboratory equipment manufacturer which specializes in microfibers and nanofibers. Our company is located in the Zhongbei Industrial Park of Xiqing District, Tianjin, and mainly engages in the research and manufacture of instruments .

Our main equipments includes nano electrospinning machines, wet spinning machines, melt spinning machines, ultrasonic spraying machines, automatic coating machines, microscopes, contact angle measuring instruments, and other equipment. We also undertake customization of small-sized , medium-sized and mass-sized equipments, then we achieve a complete product system. We have achieved various forms of microfibers and nanofibers’ manufacture such as electrospinning, spraying, and scraping. Finally we have involved multiple application directions of micro and nano materials.

佛山轻子精密测控技术有限公司成立于2014年，位于佛山国家高新技术产业开发区狮山镇，是一家专注于新材料制备设备及生物医药科研设备整体解决方案的供应商。

style="text-indent:2em;" 公司团队中高层次人才有博士5名，硕士5人，团队成员年轻有活力。研发实力雄厚，拥有授权发明专利20项，实用新型专利23项，连续多年被评为国家高新技术企业。

公司产品以静电纺丝技术的新材料制备设备为核心，同时开拓微纳米材料、生物材料、环保材料制备、测试、后处理等多个工序环节的产品供应服务，包括新材料、新能源、生物医药等新兴研究领域的科研设备及相关耗材、实验制品的销售。

公司自成立至今，得到省级、市级领导的广泛关注，相关领导多次莅临企业指导工作。

北京永康乐业科技有限公司

北京永康乐业科技发展有限公司(以下简称永康乐业)，成立于2009年北京市海淀区清华园。经过十余年的发展，永康乐业公司以静电纺丝、静电喷雾、微流控、瞬时纳米复合、层层自组装、3D打印六项技术为核心的先进生物制造技术中的制备工艺基础，自主研发设备硬件，形成了丰富的仪器设备产品线，同时专注于功能材料的研发和生产，包括电纺丝专用料、医用级可吸收高分子材料、无机生物材料、有机无机共混改性材料等原料，以及通过先进生物制造技术平台制备的细胞培养载体、组织工程支架材料、药物释放体系等。通过多技术工艺和多设备的联用，能够实现从0维～3维材料多尺度、多形貌、多组分、多功能复合结构的设计与制备，为功能性生物材料的宏-微-纳结构多尺度设计与制造提供解决方案。

永康乐业官网：www.biofabrication.cn

邮箱：info@biofabrication.cn

服务热线：400 -823-0080

Ucalery Technology Development Co., Ltd., established in 2009 in Tsinghua Garden, Haidian District, Beijing, has developed over more than a decade with a focus on advanced biofabrication technologies.

The company specializes in the preparation process of core technologies such as electrospinning, electrospraying, microfluidics, transient nano-complexation, layer-by-layer self-assembly, and 3D printing. Ucalery has independently developed equipment hardware and formed a rich product line of instruments and devices.

In addition, Ucalery is dedicated to the research and development and production of functional materials, including electrospinning-specific materials, medical-grade absorbable polymers, inorganic biomaterials, and organic-inorganic hybrid modified materials.

The company also prepares cell culture carriers, tissue engineering scaffold materials, and drug delivery systems through its advanced biofabrication technology platform. By integrating multiple technologies and equipment, Ucalery is capable of designing and preparing materials with multi-scale, multi-morphology, multi-component, and multi-functional composite structures ranging from 0D to 3D.

This enables the company to provide solutions for the multi-scale design and manufacturing of functional biomaterials with structures ranging from macro to micro to nano levels.

Beijing Ucalery Technology Development Co., Ltd.

Phone: 400-823-0080

Email: info@biofabrication.cn

Website:www.biofabrication.cn

We are call for new Sponsers

Contact person: Xiumei Mo

Tel: +86-13311823642

e-mail: xmm@dhu.edu.cn

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