Company News: Emblation wins “Best New Product” Award at Made In Scotland Awards

MISEmblation was awarded “Best New Product” at the 2017 Business Insider Made in Scotland awards for Swift – the pioneering microwave based treatment for use in Podiatry and Dermatology. CEO, Gary Beale, was presented with this award at last night’s awards ceremony at Glasgow’s Science Centre.

Emblation received this award in recognition of the success that Swift has had since its official launch into the Podiatry market in September 2016. The revolutionary microwave therapy is now being used in over 130 clinics throughout the UK and over 6000 treatments have been carried out using the device.

Continue reading

Company News: Emblation shortlisted for Made In Scotland “Best New Product” Award

Made in Scotland 2017 Nomination

The Made In Scotland awards celebrate the domestic and international success of Scottish organisations and the impact that their innovative products or services have had on the market that they operate within.

Emblation was named “Innovator of the Year” at the 2016 awards ceremony and have been nominated for this year’s “Best New Product” award for Swift – the revolutionary new microwave therapy within Podiatry and Dermatology. Continue reading

Company News: Emblation Tops Award-Winning 12 Months

2016 Scots Life Sciences Awards Winners - Feb 2017The Scottish Life Sciences ‘Innovative Collaboration’ award marks the end of a prosperous 12 months for Emblation.

This prestigious award is added to honours at the “Made in Scotland” awards (Innovator of the Year), British Engineering Excellence Awards (Highly Commended in the Small Business of the Year Category), The Clacks Awards (Award for Outstanding Performance) and a nomination for Innovation of the Year at the British Small Business Awards. Continue reading

Company News: Emblation Shortlisted for British Small Business Awards

bsba

Emblation have been shortlisted for the British Small Business award for ‘Innovation of the Year’.

The awards provide recognition to small companies for their achievements and their significant contributions to the British economy. These awards showcase a wealth of accomplishments from companies within a diverse range of sectors and highlight the achievements of British sole traders and small businesses.

Continue reading

Company News: Emblation awarded ‘Innovator of the Year’

mis-2016-awardsEmblation has been named “Innovator of the Year”, during the annual Business Insider Made in Scotland awards, sponsored by The Royal Bank of Scotland.

The Made in Scotland awards celebrates the achievements of the most pioneering organisations within the Scottish industry and highlights the most innovative products and services which are designed and manufactured in Scotland.  Continue reading

Company News: Emblation Files US Patent for a Novel Method of Thermal Interfacing

The U.S. Patent and Trademark Office has granted Emblation a Notice of Allowance for U.S. Patent Application No. 13/810320, with claims that cover methods for compact thermal interfacing in medical and industrial microwave applications.

us-patent-and-trademark-office-sealCEO Gary Beale stated, “this Notice of Allowance represents a significant improvement in microwave heat-sink technology applicable to industrial and medical microwave generators.

Emblation is proud to be at the forefront of what is a rapidly growing field of medicine, and the further implementation of this technology will allow for a new type of very compact and efficient microwave generator.”

One of the challenges facing product designers in the field of microwave ablation is how to accommodate the necessary cooling requirements for high power microwave devices. This has traditionally constrained designers and resulted in bulky enclosures, which is in stark contrast to modern compact product design approach. This also presents logistical and marketing constraints in dealing with large heavy equipment boxes which do not aesthetically complement the compact medical devices they support.

This new patent covers a novel method of creating an efficient compact cooling solution that improves the cooling efficiency and significantly compresses the overall size of enclosure required for microwave generators compared to using traditional heat-sinking techniques.