We’re an #electrospinning company that specializes in custom #nanofiber manufacturing to meet a range of industry needs.
DiPole Materials is a leading nanotechnology research company specializing in custom nanofiber manufacturing, catering to a diverse array of industry needs. Based in Baltimore, Maryland, DiPole Materials leverages advanced electrospinning techniques to produce high-quality nanofibers for applications spanning cell culture, tissue engineering, water filtration, technical textiles, and catalysis.
DiPole Materials offers an innovative product suite, including patented BioPaper technology. This groundbreaking technology provides a 3D nanofiber-based cell scaffold ideal for 3D cell culture and bioprinting. BioPapers enable researchers to utilize electrospun scaffolds made from biologically-derived materials, offering controlled properties, custom formats, and ease of handling. DiPole Materials' commitment to natural, 3D environments ensures exceptional cell growth and viability.
Located at 1100 Wicomico St, Baltimore, Maryland 21230, US, DiPole Materials is dedicated to pushing the boundaries of nanofiber technology and custom manufacturing. DiPole Materials continues to serve various industries with cutting-edge solutions and a focus on material science advancements. We invite the management team at DiPole Materials to create a customized and exclusive company showcase and product listing on our platform to further enhance your commercial reach.
DiPole Materials est une entreprise leader dans la recherche en nanotechnologie, spécialisée dans la fabrication de nanofibres sur mesure, répondant à un large éventail de besoins industriels. Basée à Baltimore, dans le Maryland, DiPole Materials utilise des techniques d'électrofilage avancées pour produire des nanofibres de haute qualité pour des applications allant de la culture cellulaire à l'ingénierie tissulaire, en passant par la filtration de l'eau, les textiles techniques et la catalyse.
DiPole Materials propose une gamme de produits innovants, notamment la technologie brevetée BioPaper. Cette technologie révolutionnaire fournit un échafaudage cellulaire tridimensionnel à base de nanofibres, idéal pour la culture cellulaire 3D et la bio-impression. Les BioPapers permettent aux chercheurs d'utiliser des échafaudages électrofilés fabriqués à partir de matériaux d'origine biologique, offrant des propriétés contrôlées, des formats personnalisés et une manipulation facile. L'engagement de DiPole Materials envers des environnements 3D naturels garantit une croissance et une viabilité cellulaires exceptionnelles.
Située au 1100 Wicomico St, Baltimore, Maryland 21230, États-Unis, DiPole Materials se consacre à repousser les limites de la technologie des nanofibres et de la fabrication sur mesure. DiPole Materials continue de servir diverses industries avec des solutions de pointe et un accent sur les avancées en science des matériaux. Nous invitons l'équipe de direction de DiPole Materials à créer une vitrine d'entreprise et une liste de produits personnalisées et exclusives sur notre plateforme afin d'améliorer encore votre portée commerciale.
Compare DiPole Materials with 3 companies in Nanotechnology-Research
| Comparison Field |
DiPole MaterialsMain Company |
VIVOLTAView Profile |
SPRINGS CreativeView Profile |
En
EnthoughtView Profile |
|---|---|---|---|---|
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Founded Year
|
— | 2008 | 2007 | 2001 |
|
Company Size
|
— | 11-50 | 51-200 | 51-200 |
|
City
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Baltimore, Maryland | Waalre, North Brabant | Rock Hill, South Carolina | Austin, TX |
|
Country
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United States | Netherlands | United States | United States |
|
Skills & Keywords
Comparing with main company
|
14 Total Skills
Nanotechnology
Nanofiber Manufacturing
Electrospinning
Cell Culture
Tissue Engineering
BioPaper Technology
Material Science
Materials Science
Custom Manufacturing
Nanofibers
BioPapers
catalyst systems
Technical Textiles
Manufacturing
|
17 Total
1 Common
16 Unique
Match
7%
Common Skills:
Nanotechnology
Unique Skills:
Biomaterials
Cardiovascular Devices
Co-Development
Drug Delivery Solutions
General Surgery Soft Tissue Reconstruction
GMP
+10
|
20 Total
20 Unique
Unique Skills:
3rd Party Logistics
Alicia Messina
Baxter Mill Archive
CAD
Creative Services
Design Services
+14
|
27 Total
27 Unique
Unique Skills:
Artificial Intelligence
Bioscience
Chemistry
Computational Science
Custom Application Development
Data Management
+21
|
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