Utilising the laser micromachining system and BNC researchers at our one of our partner institutions, BNC worked with the client to aid the design and development of novel microfluidic devices. We provided the company with 3-D design and high precision microfabrication services for proof of concept devices and parts in turn enabling them to evaluate their ideas rapidly. Following this, BNC helped move the company into the prototyping stage.
The laser micromachine used in this project is able to pattern, drill, ablate, cut and scribe virtually all materials, including polymers, glass, ceramics and silicon. This coupled with the knowledge and expertise that BNC offers in nano and microscale fabrication means that we provide clients with an array of techniques and options to solve their specific problem.
As an example of the precision and detail that we can achieve using this technology we have produced a miniaturized version of the London tube map, measuring only 2x3 mm - The London Nanotube™. This was etched on low reflective chrome coated glass. This version of the London Nanotube is only on the microscale, but given our capabilities, we believe that we can shrink this image a further 100 times making it invisible to the naked eye.
BNC’s Laser micromachining tool is ideal for research requiring laser micro-drilling, micro-cutting and micro-milling of the highest quality. The system combines flexibility with very high accuracy and stability. Contact us [link to contact us] to discuss how BNC’s capabilities can help you with design and prototyping of your microfluidics.