Mahe Medical USA announced the introduction and availability of its universal spine emergency screw removal system.
“Anything that can be done in the OR to help the patient through a procedure in a shorter period of time without impacting the outcome should be celebrated and that’s exactly what the Mahe spine emergency screw removal system does,” Keith Hamilton, Mahe Medical USA CEO, said in the release. “In general, our products help preserve the most precious resources in all daily clinical operations with those being nerves, time and money. Perhaps no product demonstrates this more aptly than the spine screw removal system.”Mahe Medical USA has produced a clever and unique system to extract intact or broken pedicle screws or older systems still employing Schanz screws”.
According to the release, benefits of the spine emergency screw removal system include that it has the ability to remove broken or stripped screws without the purchase of another kit or hardware; it is universal with the ability to remove any spine screw system regardless of the manufacturer; it costs 20% less than leading competitor; it uses fewer components and takes up less space in the OR.
Mahe’s spine emergency screw removal system is available via www.amazon.com, specifically at the Amazon Business Professional Healthcare location of the site.”
Why Mahe’s has decided to distribute via Amazon.com?
“Mahe’s strategy removes layers of distributors and purchasing groups with their associated markups and administrative fees. The company’s manufacturer direct model, with easy procurement via Amazon Business Professional Healthcare, allows Mahe to offer less expensive medical supplies without compromising product quality, physician satisfaction or patient outcomes.”
“Mahe continues demonstrating it is a supply chain pioneer, being among the first to work through Amazon as it disrupts the medical products marketplace. The company’s sales strategy is redefining the sales process by flattening the supply chain and tearing down the traditional procurement model.”