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- Fluid Collection Made Safe Sustainable | Serres
We at Serres actively take steps to become the global leader in sustainable medical single-use offering and recyclable solutions in circular economy to support hospitals’ net-zero targets
- Reusable Suction Canisters | Serres
A suction canister supports the Serres suction bags and provides an easy way to keep track of the amount of collected liquid The robust suction canisters are reusable and autoclavable
- Suction Bag Range for Safety and Hygiene | Serres
Serres single-use Suction bags are extremely easy to use, lightweight, and durable We have designed the suction bags to support hygienic and safe workflow in hospitals from setup to disposal phase
- Serres - Safe Sustainable Surgical Fluid Management
Serres’ surgical suction system is designed to support efficient and safe fluid management Serres Suction bags support more than 80,000 operations around the world each day
- Serres Sustainability Report 2024 Highlights
In 2024 alone, Serres Nemo helped reduce 1,200 tones of liquid waste worldwide We provide third-party verified carbon footprint calculations for our products, helping hospitals make more informed and sustainable decisions
- Circular Economy and Healthcare Sustainability | Serres
In 2023, we at Serres established a Circular Economy Center of Excellence jointly with our group and sister companies to accelerate the actions and collaborations to reduce waste, increase the amount of recycled material in our products and packaging, and enhance the recyclability of our end product life
- Your Safety is Our Number One Priority | Serres
Over 80,000 Serres Suction bags are used in operations globally every day, with unmatched quality We are proud of being the forerunner in product safety: for every million uses, only one reported failure
- Sustainable Fluid Management Disposal | Serres
Efficient and sustainable fluid disposal with Serres Nemo Serres Nemo, a surgical fluid disposal device, secures the emptying of the Serres Suction bag in a hygienic manner while significantly reducing the amount of waste generated in the process
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