epigem.com

A deeper dive into epigem.com

Common questions asked about epigem.com

1. What services does Epigem offer?

Epigem offers a comprehensive design and manufacturing service for polymer microfluidic modules and systems. They also specialize in the manufacture of customisable fine-line microcircuitry suitable for a wide range of applications. Additionally, Epigem has developed the fabrication processes necessary for the integration of robust, PCB-like electrical circuit layers with microfluidic devices.

2. What is microfluidics?

Microfluidics is a field of study and technology that deals with the behavior, control, and manipulation of fluids at the microscale level. Epigem utilizes microfluidics to develop systems and components for various industries, including medical diagnosis, electronics, and organic fluid analysis. This technology allows for precise control and analysis of small volumes of fluids, enabling advancements in areas such as environmental monitoring and blood analysis.

3. What is customisable fine-line microcircuitry?

Customisable fine-line microcircuitry refers to the manufacturing of intricate electrical circuitry on a small scale. Epigem has developed a unique method for producing customisable fine-line microcircuits that can be tailored to specific applications. This technology is suitable for a wide range of industries and allows for the integration of complex electrical circuit layers with microfluidic devices, enabling advanced functionalities and capabilities.

4. How does Epigem integrate microfluidic chips with other parts?

Epigem has a unique micro-gasket system that enables the seamless integration of their microfluidic chips with silicon, glass, or quartz parts. This innovative technology allows for reliable and efficient connections between different components, ensuring the proper functioning of the overall system. The micro-gasket system enhances the versatility and compatibility of Epigem's microfluidic chips, enabling their integration into various applications and devices.

5. What industries does Epigem serve?

Epigem serves a variety of industries, including medical diagnosis, electronics, and organic fluid analysis. Their expertise in microfluidics and customisable fine-line microcircuitry allows them to develop and manufacture components and systems for these industries. Epigem's technologies and solutions have applications in touch sensors, solar cells, lighting, environmental monitoring, and blood analysis, among others. They are committed to providing tailored solutions to meet the specific requirements of each industry they serve.

Some reasons to choose epigem.com

Industry Leaders in Microfluidics and Customisable Fine-Line Microcircuitry

With 29 years of unparalleled experience, the company is at the forefront of the industry in Microfluidics and Customisable Fine-Line Microcircuitry. This expertise ensures that they can provide high-quality solutions for a wide range of applications.

Comprehensive Design and Manufacturing Service for Polymer Microfluidic Modules and Systems

The company offers a comprehensive design and manufacturing service for polymer microfluidic modules and systems. This means that clients can rely on them to handle every aspect of the process, from initial design to final production.

Unique Method for the Manufacture of Customisable Fine-Line Microcircuitry

The company has developed a unique method for the manufacture of customisable fine-line microcircuitry. This method is suitable for a wide range of applications and allows for precise customization to meet specific requirements.

Fabrication Processes for Integration of Robust Electrical Circuit Layers with Microfluidic Devices

The company has developed the necessary fabrication processes for the integration of robust, PCB-like electrical circuit layers with microfluidic devices. This capability enables the creation of hybrid devices that combine the benefits of both microfluidics and electrical circuitry.

Unique Micro-Gasket System for Easy Integration of Microfluidic Chips

The company has a unique micro-gasket system that enables their microfluidic chips to be readily integrated with silicon, glass, or quartz parts. This innovation simplifies the integration process and allows for seamless compatibility with existing systems.