May 16, 2024

SPRINGLESS MECHANISM

UniSafe platform uses unique spring-free mechanism to prevent accidental activation and drug leakage

Owen Mumford Pharmaceutical Services, adivision of Owen Mumford Ltd. announces that its UniSafe ® 1mL safety device for pre-filled syringes has been approved as a combination product in Asia. In Europeregulatory approval has also been granted for UniSafe 1mL and the product is now available on market as a combination product with a drug for treatment of rheumatoid arthritis.UniSafe 1mL is a safety device for prefilled syringes that provides a variety of benefits to both pharmaceutical companies and their patients due to the unique,spring-free, patented design. Engineered without a spring to reduce complexity and cost, as well as preventing the risk of pre-activation in transit, during manufacturing or the removal from packaging, UniSafe 1mL is intuitive to patients and is used in the same way as a conventional pre-filled syringe with no additional steps. In addition,the plunger rod has an integrated design so that it cannot be pulled out whenremoving the needle shield or the device from its packaging, eliminating the risk ofaccidental drug spillage and compromised sterility.The innovative design of UniSafe allows it to be simply tailored to different fillvolumes, providing flexibility for those pharmaceutical companies who have drug candidates withmultiple doses required for subcutaneous injection.Further to this announcement and as part of the UniSafe platform, UniSafe 2.25 is now also fully industrialised and available. UniSafe 2.25 is designed to meet theneeds of the growing biologic and biosimilar market, where subcutaneous injections
of volumes above 1mL are often required. It is compatible with standard 2.25mL prefilled syringes with both cropped and small round flanges. UniSafe 2.25 sharesmany of the same design features as the 1mL and both products are intuitive to usewith the same injection technique as a pre-filled syringe.
“The launch of our unique, patented springless design for the UniSafe platform is another milestone in our patient-centric innovation strategy,” said Michael Earl,
Director, Owen Mumford Pharmaceutical Services. “Not only does our device lookless intimidating for users, but the absence of a spring means that patientshavecomplete visibility to check for drug clarity prior to injecting, while also ensuring thefull dose has been delivered. There is also no risk of accidental pre-activation, givingour customers peace of mind that there will be no drug leakage or waste at anystage from dispatch to administration of the medication. As part of our scale upstrategy for UniSafe we have already made significant investments in multi-cavity tooling and fully automated assembly to be able to deal with the anticipated demand for this platform.” Both UniSafe 1mL and 2.25 have the option to substitute coloured finger flanges to provide branding identity or help distinguish between different medication dosages. In addition, UniSafe 1mL has the choice of using extended finger flanges to help those patients with dexterity or strength challenges.

About Owen Mumford
Owen Mumford is a medical device manufacturer with a global presence across the UK,Europe, US and Asia, pioneering the advancement of medical technology for 70 years. Thecompany manufactures its own brand of medical products and is a trusted partner to many of the world’s largest pharmaceutical and diagnostic companies. Its leading medication administration, blood-sampling and testing solutions are designed and manufactured for the comfort, safety and dignity of patients, healthcare professionals and caregivers as a priority. Driven by its purpose to do business in the right way, Owen Mumford is one of the first
medical device companies in the world to achieve B Corp certification and has set science-based targets to achieve net zero by 2045, as part of its long established and continually evolving sustainability agenda. For more information visit owenmumford.com.
For further information go to: www.owenmumford.com.

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