Series A VC Finance

The Electrospinning Company has received £1.5 million funding led by London-based venture capital firm Downing Ventures, alongside VC firm MidVen, Newable Private Investing and the Science and Technology Facilities Council.

The company, first established in 2010 as a spin-out by the UK Science and Technology Facilities Council, uses technology called electrospinning to design, develop and manufacture biomaterials, known as ‘nanofibre scaffolds’, which are made from synthetic polymers that are implanted into the human body; providing help for a range of medical patients and procedures, most typically in post-surgery recovery.

The ‘scaffolds’ are designed to mimic the body’s natural extracellular matrix, which exists to provide support and signalling to surrounding cells, and the biomaterials are tailored so that they degrade or reabsorb naturally once the patient has healed.

Tendon surgery is just one example where the company’s scaffold technology is being used in combination with traditional orthopaedic medical devices to improve the success rate of the medical procedure, by helping guide a patient’s own cells into the wound healing site.

The Electrospinning Company supplied the first electrospun material to be used in a Food & Drug Administration (FDA)-approved medical device and has now been selling this product in the US for two years.  The company is based in the growing Harwell Science and Innovation Campus, near Oxford, where the scaffolds are manufactured on site in a purpose-built facility.

Following earlier work with the University of Sheffield and the LVPrasad eye clinic in India, the company has also initiated a new project to develop a synthetic membrane that resembles amniotic membrane. Derived from human placenta, amniotic placenta is becoming increasingly popular as a bandage used for wound healing and eye surgery; a synthetic alternative would make this more affordable and available to far more patients.

Ann Kramer, Chief Executive Officer of the Electrospinning Company, commented: We are excited about the prospects this new investment will bring for what we believe are highly flexible and extremely beneficial medical products. We are at an important growth inflection point for our business, as we enhance our technology platform and capacity. The funding will help us maintain the highest possible standards as we grow sales of existing product, increase our customer offer and develop new biomaterials.

“The deep insight of Will Brooks and the team at Downing Ventures, both in terms of their knowledge of the healthcare sector and their experience funding a wide variety of companies within it, gives us great confidence and we look forward to working with them.”

Will Brooks, Investment Director at Downing Ventures, added:The Electrospinning Company is a brilliant example of the type of innovative technology and dedicated team that has the potential to deliver the return on investment we are looking for on behalf of our investors.

“Their established track record in the US really stood out to us and we plan to use our own experience of the US market to help them expand further, as well as in other markets that they have not yet pushed into.”

ENDS

For all press enquiries, please contact:

Pamela Morris, the lang cat

0131 202 6037

07712 515 503

pamela@langcatfinancial.com

Jean Birrell, Downing LLP

07799555353

jean.birrell@downing.co.uk

About Downing Ventures

Downing Ventures is a London-based evergreen fund investing in seed to series A (and beyond) companies, providing entrepreneurs with a ladder of funding. The fund has backed 60 ambitious businesses (as at January 2019) across a variety of technology sectors including online marketplaces, enterprise software, and health technology.

About The Electrospining Company

The Electrospinning Company designs, develops and manufactures advanced biomaterials for use in implantable tissue-regenerative devices and sells a range of Mimetix® laboratory research products. The Company is located in a purpose-built facility on the Harwell Campus near Oxford with cleanrooms for R&D and manufacturing and is ISO 13485 medical device quality certified.

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