Katy Ainsworth | The University Of Manchester: How does the Graphene Engineering Innovation Centre (GEIC) handle ink customization for diverse printing needs?
00:03:01 - 00:03:32
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Summary of the clip:
How does the Graphene Engineering Innovation Centre (GEIC) handle ink customization for diverse printing needs?
The GEIC printing team possesses a diverse skill set, encompassing chemists, physicists, material scientists, and textile experts, enabling collaborative project execution. They utilize various printing techniques, including flexographic, screen, gravure, slot die, and inkjet printing. While named the Graphene Engineering Innovation Centre, they are not limited to graphene; any ink with suitable properties for their printers is welcome.
If an ink doesn't initially meet the requirements, the GEIC leverages strong relationships with ink suppliers and in-house chemists to reformulate inks. This ensures compatibility with their printing equipment and the specific application needs of their partners. This capability to adapt and customize inks is a crucial aspect of their service offering.
This collaborative approach, combined with versatile printing technologies and ink reformulation expertise, allows the GEIC to effectively bridge the gap between material development and real-world applications. They can optimize ink formulations to achieve desired performance characteristics for various printed electronic devices and applications.
In this short video, you can learn:
* The range of printing techniques available at the GEIC.
* That the GEIC works with a variety of inks, not just graphene-based ones.
* How the GEIC can help reformulate inks for specific printing needs.
š **Clip Abstract** This segment highlights the GEIC's printing capabilities and its willingness to work with various inks, including reformulation services. It emphasizes their collaborative approach and extensive network of ink suppliers and chemists.
š Link in comments š
#InkReformulation, #MultiModalPrinting, #FunctionalInks, #InkCustomization, #PrintedElectronics, #AdvancedMaterials
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Graphene and 2D materials printed electronics
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00:04:09 - 00:04:34
What are the key features and applications of the Koma base coater at the GEIC?
What are the key features and applications of the Koma base coater at the GEIC?
The GEIC utilizes a Koma base coater, a versatile piece of equipment featuring interchangeable printing modules. This allows for multiple printing techniques, including flexographic, rotary screen, gravure, and slot die coating, all on a single platform. The coater operates at speeds up to 20 meters per minute, depending on the chosen printing head.
The Koma base coater is particularly well-suited for pilot-scale evaluations. This is valuable for customers who have developed new inks and want to assess their coating performance on specific substrates or using particular printing techniques offered by the GEIC. The system allows for rapid and easy experimentation.
By using the Koma base coater, customers can de-risk their ink formulations and printing processes before committing to full-scale production or investing in their own printing equipment. This pilot-scale evaluation capability is a key service offered by the GEIC, facilitating the transition from lab-scale development to industrial manufacturing.
In this short video, you can learn:
* About the Koma base coater's interchangeable printing modules.
* The range of printing techniques it supports.
* How it's used for pilot-scale evaluation of inks and substrates.
š **Clip Abstract** This segment introduces the Koma base coater, emphasizing its versatility with interchangeable printing modules and its suitability for pilot-scale evaluations of inks and substrates. It highlights the de-risking benefits for customers before full-scale production.
š Link in comments š
#KomaBaseCoater, #PilotScaleCoating, #FlexiblePrintingModules, #MultiMethodCoating, #PrintedElectronics, #FlexibleElectronics
00:05:50 - 00:06:01
What characterization equipment is available at the GEIC, and how does its university affiliation enhance its capabilities?
What characterization equipment is available at the GEIC, and how does its university affiliation enhance its capabilities?
The GEIC provides access to a wide array of characterization equipment, selected to measure properties relevant across all its application labs. This equipment supports the analysis and evaluation of materials and devices developed within the center. The specific types of equipment are chosen to provide comprehensive insights into material performance.
As part of the University of Manchester, the GEIC benefits from access to the university's extensive equipment and academic expertise. This collaboration expands the range of characterization techniques available and provides access to specialized knowledge. This synergistic relationship enhances the GEIC's ability to support its partners.
The combination of in-house characterization equipment and access to university resources allows the GEIC to offer a comprehensive suite of analytical services. This supports the development, optimization, and validation of graphene and 2D material-based technologies, accelerating their translation from research to industry.
In this short video, you can learn:
* About the range of characterization equipment available at the GEIC.
* How being part of the University of Manchester expands their capabilities.
* The benefits of this access for material and device analysis.
š **Clip Abstract** This segment details the characterization equipment available at the GEIC and emphasizes the added benefit of access to the University of Manchester's resources and expertise. This combination provides a comprehensive analytical capability for material and device development.
š Link in comments š
#MaterialCharacterization, #DeviceAnalysis, #Graphene2DMaterials, #ResearchInfrastructure, #AdvancedMaterials, #SemiconductorResearch