PETALING JAYA: UMediC Group Bhd
(UMC) is carving out a niche in the global medical device market by shifting towards higher-value proprietary products, with MBSB Research saying limited global competition is expected to underpin its next phase of growth.
“The group continues to scale production of its flagship, high-margin, in-house manufactured medical consumables, which include its Hydrox prefilled humidifiers and nebulisers, and Airdrox inhaler/asthma spacers,” it said.
The research house noted that UMC holds a highly defensive position globally, as fewer than five manufacturers worldwide produce prefilled humidifiers at scale.
“Through newly established subsidiaries like Akiteck and Ateria Medika, UMC is rapidly diversifying its catalog to provide complete systems rather than just standalone components,” it highlighted.
MBSB Research also noted that UMC is the first company globally to obtain halal certification for its Hydrox prefilled humidifier, providing it with a significant competitive moat in Muslim-majority markets.
The Penang-based medical device group recently rolled-out Malaysia’s first Pins Vagus Nerve Stimulation system, marking an aggressive pivot from its standard respiratory care into high-barrier neurological therapies.
“This move is critical because it leverages UMC’s existing business-to-business distribution footprint to capture highly specialised, high-margin niche medical therapies,” MBSB Research said.
The research house said UMC’s complex, implantable neuromodulation devices will deepen patients’ stickiness to premium neurological hospital wards, creating a stronger barrier to entry against low-tier equipment intermediaries.
“This strategy is apt, filling in the demand for neurology patients to minimise the impact of a neurological illness,” it said.
The group also secured an RM11.4mil cash lease with the Penang Development Corp for a three-acre industrial plot in Batu Kawan Industrial Park to develop Plant 3, which is expected to reach completion by 2027 and serve as an earnings growth catalyst by adding capacity.
