AVORA Lab
AVORA's R&D space. New materials that start from a need and advance through measurement.
Five directions, five questions.
PLA and PETG from traceable production scrap and separated single-material streams.
What we want to learn
How diameter, moisture and print behaviour of reprocessed material differ from virgin material, and at what share it stays consistent.
Bio-based composites with industrial hemp and other natural fibres, from local sources around Samsun.
What we want to learn
How to prepare the fibre, how it bonds with the polymer, and how to manage moisture and flow while printing.
Materials aimed at controlling static in electronics production and assembly environments.
What we want to learn
How consistent the additive distribution stays across print orientation and between layers.
Polymers for applications where heat, chemicals and mechanical load are more demanding.
What we want to learn
Which application needs genuinely call for these materials, and the print equipment and process conditions they require.
Colour, surface or performance recipes tuned to a specific customer need.
What we want to learn
How to translate a need into technical requirements, and how to verify the result repeatably.
Each step builds on the one before.
01
Consistent batches, open technical information, good winding and packaging.
02
Professional materials documented with test methods and limits.
03
Materials with disclosed source and share that have passed quality verification.
04
Recipes developed for a specific job and produced repeatably.
05
A development process that learns from experiment and production records and is verified by physical testing.
It starts from a need and is judged by measurement. If the result falls short, it turns again.
What the part has to do, where it will be used and what the problem is. The loop starts with a conversation.Human decision
Turning the need into something measurable: temperature, load, surface, colour, printer and production conditions.Human decision
Candidates that could meet the requirements; prioritised with data as it accumulates.Data support
The candidate is actually made and printed. No model replaces this step.Physical test
Diameter, moisture, print behaviour and the real result on the part are measured, with the method recorded.Physical test
The result is compared with the requirement. An engineer signs it off.Human decision
A result that falls short becomes input for the next trial. Everything learned is recorded.Data support
We are building this infrastructure. Physical testing and engineering sign-off always have the final word.
Long-term value lies in our own knowledge: recipes, process knowledge, experiment records. We develop it with care and protect it legally where appropriate.
Long horizon
Materials and structures designed to respond in a set way to heat, light or another stimulus. A distant research horizon.
University, research group, industrial team or manufacturer: if you have an unsolved material need or a pilot in mind, write to us.