A2P2
If you’re exploring how A2P2 can accelerate product release, reduce ageing uncertainty, or extend the lifespan of your device or material, Gulsine team is happy to demonstrate the platform directly on your product of choice..
This allows you to see the value inside your own organisation — with your own data, your own constraints, and your own regulatory needs.
A2P2 is a physics-informed intelligence layer that helps teams make faster, safer, more confident decisions about product durability and stability.
Single-Use Technologies
A2P2-AI is a materials intelligence platform that supports your entire product lifecycle — from early material selection to validation, durability planning, and long-term risk management.
It helps teams make faster, safer, and more confident decisions across:
Materials selection and design optimisation
Validation support for single-use systems and filtration consumables
Planning and organising accelerated ageing workflows
Predicting and extending device and component lifespan
Sterilisation modality decision-making (autoclave, SIP, CIP, irradiation, etc.)
Additive and plasticiser identification intelligence
Understanding pre- and post-sterilisation effects such as embrittlement, oxidation, and other ageing mechanisms
A2P2-AI isn’t just a tool — it’s a new layer of intelligence for R&D, quality, manufacturing, and sustainability teams.
It gives organisations a capability they’ve never had before: the ability to predict and control product ageing early, saving years of time and millions in costs.
GULSINE works with many major corporations and research organisations across the globe to assess long term stability of critical devices, run failure analysis studies and define products accurate useful lifespan.
Gulsine lab
Dynamic Mechanical Analyser
We have two Perkin Elmer DMA’s.
Climatic chambers and water baths
We have ageing accessory.
Differential Scanning Calorimeter
We have a Perkin Elmer DSC.
FTIR ATR
We have a Bruker Alpha II FTIR ATR.
And access to various other testing instruments through academic partnerships.

