Başaran Teknoloji

Company (SME)

1 profile visit

About

Başaran Teknoloji is a Turkish technology SME specializing in industrial additive manufacturing, with capabilities covering Large-Format Additive Manufacturing (LFAM), HP Multi Jet Fusion (MJF), FDM and SLA technologies.

Our LFAM infrastructure is based on a robotic Caracol HERON system with a KUKA industrial robot, enabling the production of large-scale components using pellet-based thermoplastic materials, including fibre-reinforced, recycled and bio-based material systems. Our capabilities include Design for Additive Manufacturing (DfAM), CAD adaptation, process planning, slicing, robotic manufacturing, post-processing and production of functional prototypes, tooling and large-scale demonstrators.

Başaran Teknoloji is particularly interested in R&D projects addressing lightweight structures, composite additive manufacturing, sustainable and recycled materials, optimized manufacturing processes, large-scale tooling, design optimization and hybrid manufacturing concepts.

We aim to participate in international collaborative R&D projects not only as a manufacturing service provider, but as an active technology and development partner contributing to process development, DfAM, material/process trials, prototype and demonstrator manufacturing, testing and industrial validation.

For the Eureka Lightweighting Call 2026, we are interested in connecting with companies, research institutes and universities developing innovative lightweight products or manufacturing technologies where large-format polymer/composite additive manufacturing can provide technical and commercial value.

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Topic(s) of interest for R&D on Lightweighting

Development and testing of lightweighting design and manufacturing conceptsDevelopment and use of novel or alternative advanced lightweight materials including optimized manufacturing processesSubstitution of conventional (raw-)materials with sustainable and lightweighting alternatives with a lower ecological footprint

Business Sector

Aeronautics & SpaceAutomotiveBuilding, Construction & Civil EngineeringEcology and environmentEnergy & Renewable EnergiesGreen technology & SustainabilityMarine Engineering & Offshore OperationsMechatronics & RoboticsNew MaterialsRecycling

Representatives

R&D Manager

Başaran Teknoloji

Marketplace (2)

Project cooperation
Industrial AM Partner for Lightweight Polymer & Composite Demonstrators
ndustrial AM partner for lightweight polymer/composite demonstrators, focused on LFAM and supported by MJF/FDM, DfAM, process development, post-processing, lab/testing ecosystem and EU R&D project experience.
Other
Expertise offered
Design - setting the project scope
Drafting - writing the project proposal
Development and testing of lightweighting design and manufacturing concepts
Development and use of novel or alternative advanced lightweight materials including optimized manufacturing processes
Substitution of conventional (raw-)materials with sustainable and lightweighting alternatives with a lower ecological footprint
Use of digital technologies to optimize lightweighting design for circularity, lifecycle assessment and material tracking in the field of lightweighting
Author
R&D Manager at Başaran Teknoloji
İstanbul, Türkiye
Project cooperation
Circular Lightweight Components via Large-Format Additive Manufacturing
We aim to develop circular lightweight polymer/composite components using LFAM, combining recycled or bio-based materials, DfAM, process optimization, post-processing and validation with partners from materials, testing, LCA and end-user sectors.
Project idea seeking partner(s)
Design - setting the project scope
Drafting - writing the project proposal
Development and testing of lightweighting design and manufacturing concepts
Development and use of novel or alternative advanced lightweight materials including optimized manufacturing processes
Innovative approaches in the areas of ease of disassembly, reparability, recyclability, and reuse of lightweighting components
Substitution of conventional (raw-)materials with sustainable and lightweighting alternatives with a lower ecological footprint
Use of digital technologies to optimize lightweighting design for circularity, lifecycle assessment and material tracking in the field of lightweighting
Author
R&D Manager at Başaran Teknoloji
İstanbul, Türkiye