BIOTUBING PLATFORM by Fluidnatek: The power of electrospun tubular structures in your hands

More information

The Bioinicia Group has proven experience in the biomedical sector. We have developed projects for medical devices in which the electrospinning process played a fundamental role, and have also developed electrospinning equipment for leading biomedical companies in the development and production of electrospun medical products.

As a result of this experience, we ultimately realised that the biomedical sector required electrospinning equipment with special features that vary depending on the type of application. That is why we developed a range of equipment designed specifically for different, very specific biomedical products and applications: BioTubing®, BioFlat®, BioDevice®, and ProSterile®.

Fluidnatek BioTubing

Engineered electrospinning equipment for the production of tubular electrospun structures such as stent coating, vascular grafts, nerve conduits, catheters, etc.

If you want to produce precise and versatile tubular electrospun structures, the LE-100 BioTubing electrospinning machine offers processing power like no other equipment in the market.

The specific design and technical specifications of the Fluidnatek LE-100 BioTubing electrospinning machine are the result of the experience of Bioinicia Fluidnatek in many different projects related to the development and production of tubular electrospun structures.

If required by the customer, we can run a PQ or Performance Qualification so that the customer receives a machine in which a specific process has been previously optimised and validated, running in line with the established product requirements and specifications.

Maximum process control, including of course our Environmental Control Unit (ECU) for precise temperature and humidity control in the chamber.

FLUIDNATEK BIOTUBING

Technical information

See all the features in our technical information sheet.

Stent coating process on a Fluidnatek BioTubing platform

Fluidnatek BioTubing platform with back electrode