Owen Mumford is a leader in developing medical devices that focus on targeted drug delivery. We work with many of the world’s top pharmaceutical and biotech companies to create customized solutions that meet their individual needs.
Our lineup includes a wide range of devices for delivering medications by intramuscular and subcutaneous injection, including autoinjectors, injection pens, and safety options for prefilled syringes. These products are essential for precise, safe, and effective medication administration.
Owen Mumford has a strong record and extensive expertise in developing, manufacturing, and supplying autoinjectors. We’re excited to introduce our newest innovation, the Aidaptus two-step, single-use autoinjector.
The Aidaptus autoinjector works with either a 1mL or 2.25mL prefilled syringe, using minimal new parts within the same basic device, all while staying compact and discreet.
We’ve demonstrated our expertise in developing innovative solutions, from platform products to custom services for drug delivery. With years of experience creating, making, and supplying autoinjectors and safety syringes, our platforms support both our partners’ and patients’ needs for today and the future.
As chronic conditions like multiple sclerosis, rheumatoid arthritis, and Crohn’s disease increasingly require subcutaneous injection treatments, many of these procedures now happen at home. Using a prefilled retractable safety syringe has become standard, and these devices are now more often designed with needle safety features to meet sharp instrument safety standards.
Our lineup of drug delivery devices features the Autoject 2, an easy-to-use insulin autoinjector that helps patients be more independent and stick to their medication with its simple, practical design. Aidaptus, a two-step, single-use autoinjector, delivers versatility and intuitive use, supporting both 1mL and 2.25mL prefilled syringes, while keeping a small, discreet profile. We also offer a spring-free, passive safety device for 1mL prefilled syringes to overcome the challenges of traditional spring-based designs.
