Industrial Machinery · Industry 5.0

Fayanex

One machine. Extrusion to finished bag, in a single closed system.

An integrated, intelligent woven-bag machine built on Industry 5.0 architecture — sensing and coordinating its own process, end to end. Designed and developed in India.

The Fayanex machineA cutaway of one closed unit that carries polymer through extrusion, tape drawing, weaving and conversion into a finished woven bag, supervised by an embedded control and sensor layer.
01Polymer in
02Extrude
03Draw tape
04Weave
05Woven bag

Fayanex is a deep-tech industrial machinery company building an integrated woven-bag machine that thinks, extrudes and converts — in one closed Industry 5.0 system.

The system

Engineering past the production line

Conventional woven-bag production is a relay of disconnected machines, losing time, material and quality at every hand-off. We are designing a single intelligent system that owns the entire process.

Separate machines versus one closed unitThe conventional approach links separate extrusion, weaving and conversion machines with hand-offs; Fayanex unifies the whole process into one closed, continuous unit.TODAY — A RELAY OF SEPARATE MACHINESExtrusion plantWeaving plantConversion planthand-offhand-offFAYANEX — ONE CLOSED, CONTINUOUS UNITExtrudeDrawWeaveConvert

Industry 5.0

Intelligent by architecture

Built on an Industry 5.0 foundation — sensing, adapting and coordinating its own process rather than running a fixed line.

Closed design

A single, self-contained unit

Not a chain of separate machines bolted together. One closed-architecture system where every stage works as a whole.

Extrude to bag

The full cycle, end to end

Polymer tape is extruded and converted into a finished woven bag inside the same system — with no hand-off between stations.

Made in India

Engineered in Mysore

Designed and developed in-house, advancing domestic capability in technical-textile machinery.

What we’re building

A machine still taking shape in R&D

Our first system is in active research and development. We’re not publishing model names or specifications yet — but the direction is set: one integrated, autonomous, closed-architecture machine.