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How Hot Embossing Works

Hot embossing is a sophisticated manufacturing technique that mechanically displaces thermoplastic polymers by pressing a structured mold into a heated polymer substrate. As the polymer softens under heat, the microscale features of the mold are imprinted into the surface, creating intricate channels and structures vital for microfluidic applications.

Technical Advantages

Hot embossing excels in manufacturing micro components, offering a cost-effective and timely solution. This technique outperforms alternatives like micromilling by producing smaller, smoother microstructures in polymer substrates, ideal for medium-volume production.

foto of embossed structure by inmold - microfluidic innovation hub partner.

Hot Embossing

MIH aids in refining your microfluidic designs for hot embossing, facilitating the bulk manufacturing of your product. We ensure your designs are optimized for efficient, large-scale production.

Scale Your Vision

High reproducibility with tight tolerances, allowing for consistent quality in mass production.

Copy icon to demonstrate excellent reproducibility with the hot embossing method for microfluidic device manufacturing at MIH.

Excellent Reproducibility

Hot embossing is compatible with a wide range of thermoplastic materials, including COP/COC, PMMA, PC, and more, providing versatility and flexibility in material selection.

Material selection icon to show broad spectrum of materials capable for microfluidic lab-on-a-chip hot embossing manufacturing and replication at Microfluidics Innovation Hub.

Material Compatibility

Hot embossing achieves micrometer to sub-micrometer precision, enabling the creation of highly detailed microfluidic channels and structures.

High precision icon to demonstrate feature resolution in hot embossing manufacturing technique for  microfluidic chip replication service at microfluidics innovation hub.

High Precision & Feature Size

Key Benefits of Hot Embossing

Download Specs
Hot embossing microfluidic chip manufacturing method specification sheet - mock-up by MicrofluidicsInnovationHub.

Considerations for Choosing Hot Embossing for Microfluidic Chip Production

Suitable for 10 to 10,000 units, making it ideal for both prototype development and small to medium-scale production.

Production Volume

Ranges from 1 minute to 1 hour, depending on the complexity and size of the components.

Cycle Time

Medium investment for prototypes and small batches, with costs increasing for series production, balanced by the method’s efficiency and quality.

Product Cost

Reference Cases

Learn more about our services and expertise.

Get in touch

Contact us today!

Contact us to discuss your microfluidic project requirements and objectives.

Consultation

Partner Match

We connect you with the hot embossing experts from our network.

We oversee the entire project, ensuring smooth coordination and timely delivery.

Project Management