We offer the only available materials informatics platform
that predicts critical product lifespan without the need of years of stability tests.
Gulsine creates libraries with invaluable materials ageing data. We calculate the activation energy and the rate of ageing for critical products.
Create resilient supply-chains.
Accelerate product release to market with confidence. Save resources and improve sustainability.
GET IN TOUCH FOR A FREE DEMONSTRATION OF A2P2 (ACCELERATE PRODUCT RELEASE) PLATFORM.
GULSINE PROVIDES FREE CONSULTANCY FOR PRODUCTS THAT REACH PATIENTS OR HOSPITALS DIRECTLY.
A demo for all.
Here in this short demonstration video I introduce A2P2 platform.
— Helps the user along every stage of product development from concept to market
The only software that guides the user in designing accelerated ageing tests to reduce time, waste and energy and save resources for organisations.
Watch this space while we are creating YouTube videos of real life case studies briefing how A2P2 can make a difference.
Gulsine reshapes the industry by offering a platform that defines product life-span. The algorithm learns from existing research, historical data and in-house testing to define the useful life of products. This helps products last longer and promotes re-use, creating a circular economy.
We help release innovative healthcare solutions to market faster, aiding in the fight against diseases. Our process speeds up product release and makes product validation easier and more reliable by eliminating the need of years of carbon-intensive stability tests. We extend the shelf-life of products and create resilient supply chains, solving the issue of cancelled orders.
Gulsine’s method is validated with regulatory approvals.
How many devices get thrown away thinking they are
past their useful life ?
“Traditional stability tests account for up to 10% of the carbon emissions involved in product lifecycle.”
MOTIVATION
In industry, many products compose of a combination of materials including plastics. As plastics age, their properties change with time. Device manufacturers need to understand and appreciate plastics ageing to define devices' lifespan. In this regard, polymers ageing knowledge is very valuable. Determining a product's shelf life can be one of the most challenging aspects of product development. It's also one of the most overlooked.
To develop a reliable shelf life claim, product manufacturers must simulate the full life cycle of a device as close as possible to reality by using accelerated ageing measures. Owing to these variables, the process for establishing the device shelf life is sophisticated and involves rigorous testing.
While designing stability tests, most manufacturers overlook the fact that multiple ageing mechanisms take place concurrently and estimate shelf life for devices relying on oxidative ageing only. Shelf life claims that rely solely on oxidative ageing are extraordinarily conservative and have a big potential for extension by taking into consideration the faster ageing mechanisms.
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