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  • Home News India-Based Startup Anav3D Advances Large-Format Composite 3D Printing Technologies

    India-Based Startup Anav3D Advances Large-Format Composite 3D Printing Technologies

    BY Composights

    Published: 15 May 2026

    Tags:

    Additive Manufacturing |

    India-based startup Anav3D is advancing large-format additive manufacturing technologies for composite tooling and industrial production applications, highlighting growing interest in robotic thermoplastic printing systems within the composites sector.

    Headquartered in Navi Mumbai, the company develops large-scale extrusion-based 3D printing systems designed for manufacturing tooling structures, moulds, and industrial components using fibre-reinforced thermoplastic materials. The technology targets applications requiring lightweight structures, shorter production cycles, and reduced material waste compared with conventional machining-intensive manufacturing methods.

    According to the company s recent showcase, the systems are being positioned for composite manufacturing workflows where large-format tooling and complex geometries can benefit from robotic additive manufacturing. Fibre-reinforced thermoplastic feedstocks used in such processes can provide improved stiffness and dimensional stability while enabling faster production of large tooling assemblies.

    Large-format additive manufacturing is increasingly being explored across aerospace, automotive, marine, and industrial composites applications because it enables rapid tooling iteration and lower lead times compared with traditional subtractive tooling approaches. The ability to manufacture large moulds and production aids directly from digital models is becoming increasingly valuable for prototype and low-volume composite production programmes.

    Anav3D s development efforts reflect broader momentum toward automated and digitally driven composite manufacturing systems, where robotic large-scale printing technologies are being integrated into tooling and production environments to improve manufacturing flexibility and scalability.

    Source: Anav-3D | LinkedIn

    Home News India-Based Startup Anav3D Advances Large-Format Composite 3D Printing Technologies

    India-Based Startup Anav3D Advances Large-Format Composite 3D Printing Technologies

    BY Composights

    Published: 15 May 2026

    India-based startup Anav3D is advancing large-format additive manufacturing technologies for composite tooling and industrial production applications, highlighting growing interest in robotic thermoplastic printing systems within the composites sector.

    Headquartered in Navi Mumbai, the company develops large-scale extrusion-based 3D printing systems designed for manufacturing tooling structures, moulds, and industrial components using fibre-reinforced thermoplastic materials. The technology targets applications requiring lightweight structures, shorter production cycles, and reduced material waste compared with conventional machining-intensive manufacturing methods.

    According to the company s recent showcase, the systems are being positioned for composite manufacturing workflows where large-format tooling and complex geometries can benefit from robotic additive manufacturing. Fibre-reinforced thermoplastic feedstocks used in such processes can provide improved stiffness and dimensional stability while enabling faster production of large tooling assemblies.

    Large-format additive manufacturing is increasingly being explored across aerospace, automotive, marine, and industrial composites applications because it enables rapid tooling iteration and lower lead times compared with traditional subtractive tooling approaches. The ability to manufacture large moulds and production aids directly from digital models is becoming increasingly valuable for prototype and low-volume composite production programmes.

    Anav3D s development efforts reflect broader momentum toward automated and digitally driven composite manufacturing systems, where robotic large-scale printing technologies are being integrated into tooling and production environments to improve manufacturing flexibility and scalability.

    Source: Anav-3D | LinkedIn