Design Fabrication Services

Patternable, biocompatible materials for advanced microfluidics

Design Fabrication Services supports life sciences and lab-on-a-chip innovators with customizable photoresists and polymer systems engineered for precision patterning, biocompatibility, and rapid process integration.

Key application areas

From development through production, we are focused on meeting the rapidly advancing demands of the technology markets. And we do it all with uncompromising and absolute quality-the only standard Kayaku Advanced Materials follows.

Organ on a Chip

Explore groundbreaking organ-on-chip technology, revolutionizing drug testing and disease modeling with human organ function mimicked on a miniature scale for precise results.

Coating

KAM provides advanced coating and deposition technologies for passivation, and more, including dry film resists and temporary resists for optimal functionality.

Microfluidic Cell Sorting

Microfluidic cell sorting enables precise, efficient cell separation for advanced research and diagnostic applications.

Microwells

Explore our innovative solutions, where microwells redefine sample handling and dynamic live cell imaging.

Microarrays

Microarrays allow for high-throughput analysis of gene expression and genetic variations across thousands of samples simultaneously.

Microchannels

Discover the power of microchannels: precision pathways for fluid control in advanced lab-on-a-chip systems, optimizing your experiments like never before.

Together with our collaborative approach, this provides you with a unique combination of customized solutions, scalability, and corporate strength. From product inception onward, Kayaku Advanced Materials can get you across the finish line—and then give you the tools to push into large scale production, and beyond.

Kayaku engineering process

Our process flows through phases to guarantee effectiveness, from development to production, aligning with the rapidly evolving demands of technology markets. At Kayaku Advanced Materials, we uphold an unwavering commitment to absolute quality-it’s the only standard we follow.

  • Feasibility study

    Define project objectives, material selection and compatibility, on-site demo.

    Timeline : 2-4 Weeks

  • Proof of concept

    Optimization of prototyping, design of experiments and more

    Timeline : 3-5 Weeks

  • Process development

    Scale-up of devices, deliver quality assurance, yield improvement.

    Timeline : 4-6 Weeks