Article

Sublym Efficient Hot Embossing

Sublym: 2 in 1 machine for efficient hot embossing and its bonding with Different Thermoplastics Application Note

Application note, Article / /

Sublym Hot embossing + Bonding 2in1 machine Application Note Introduction The evolution of the microfluidics field demands fabrication methods that are both efficient and cost-effective. The Sublym machine, which we can call a “2-in-1 machine”, facilitates the efficient hot embossing and bonding of advanced Flexdym materials with other classical thermoplastics (COC, PMMA, PS…), streamlining the […]

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3D Printing with 2PP Technology

The Potential of 3D Printing using 2PP technology in Skeletal Muscle Engineering Application Note

Application note, Article / /

The Potential of 3D Printing using 2PP technology in Skeletal Muscle Engineering Application Note Introduction 3D printing has revolutionized various fields by enabling precise and customizable fabrication of complex structures. In the context of skeletal muscle engineering, 2-photon polymerization (2PP)-based 3D printing offers significant potential to overcome existing limitations in scaffold and microfluidic design. This

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Microfluidic Device

Room Temperature and Equipment-Free Microfluidic Device assembly & Bonding Application Note

Application note, Article / /

Room Temperature and Equipment-Free Microfluidic Device assembly & Bonding Application Note Introduction The fabrication of microfluidic devices, essential for numerous applications in biomedical, pharmaceutical, and chemical industries, faces significant challenges, primarily related to bonding. Ensuring robust and reliable bonding without the need for expensive cleanroom facilities is crucial for the widespread adoption of microfluidic technology.

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Microfluidics

Optimizing Microfluidics: The Advantages of Piercing Inlets and Outlets Directly During Fast Flexdym Moulding Application Note

Application note, Article / /

Optimizing Microfluidics: The Advantages of Piercing Inlets and Outlets Directly During Fast Flexdym Moulding Microfluidic devices have become indispensable in a variety of fields, from medical diagnostics to chemical synthesis. The demand for more efficient, precise, and scalable manufacturing processes has driven innovation in the way these devices are produced. This recent report outlines a

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Flexdym in Skin-Interfaced Sweat Microfluidic Devices

Use of Flexdym in Skin-Interfaced Sweat Microfluidic Devices – Case Study

Article, Case Study / /

Use of Flexdym in Skin-Interfaced Sweat Microfluidic Devices Case Study Overview: This case study highlights the innovative application of Flexdym, a thermoplastic elastomer (TPS), in developing skin-interfaced sweat microfluidic devices. Flexdym was selected for its unique properties that enhance the functionality and reliability of these devices, particularly in the context of wireless, skin-interfaced electronic systems.

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Fabricating MultiU-Int Microfluidic Chips

Exploring the Potential of Flexdym in Fabricating MultiU-Int Microfluidic Chips for Deciphering the Immunopathogenesis of Inflammatory Bowel Disease (IBD)

Article, Case Study / /

Exploring the Potential of Flexdym in Fabricating MultiU-Int Microfluidic Chips for Deciphering the Immunopathogenesis of Inflammatory Bowel Disease (IBD) Case Study The intricate immunopathogenesis of Inflammatory Bowel Disease (IBD) necessitates advanced experimental models to decipher its complex mechanisms. Recent advancements in microfluidic technologies, particularly in the development of intestine-on-chip systems, offer promising avenues for studying

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Microfluidic design – Step by step

Article, Eden Materials / /

Introduction to Microfluidics and Microfluidic Design Microfluidics represents a cutting-edge domain focused on the control of fluids at a microscopic level. It finds extensive application in areas such as medical diagnostics, chemical analysis, and drug discovery research. Microfluidic design can be challenging for researchers, PhDs, or engineers. A standard microfluidic device has channels and chambers.

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Cell Alignment Strategies for Organ-on-Chip Technologies

Article, Eden Materials / /

The functionalities of organs and tissues are tightly linked with their structure and, the organisation of constituent cells. Cues from the surrounding extracellular matrix direct the orientation and alignment of cells with respect to one another through contact guidance [1]. This microenvironment is crucial in dictating cell fate; affecting morphology, proliferation, differentiation, response to stimuli,

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