Turkish SME offers industrial additive manufacturing solutions in Türkiye; TÜBİTAK-funded drone lightweighting project completed

Turkish SME offers industrial additive manufacturing solutions in Türkiye; TÜBİTAK-funded drone lightweighting project completed

Industrial Additive Manufacturing Partner for Prototypes, Tooling and Functional Parts | Enterprise Europe Network

Term of Validity: 2 September 2026 - 2 September 2027

Summary - Profile Type - Technology offer - POD Reference - TOTR20260902012 - Term of Validity - 2 September 2026 - 2 September 2027 - Company’s Country - Türkiye - Type of partnership - Commercial agreement with technical assistance - Targeted Countries - All countries General information - Short Summary - A Turkish SME offers industrial additive manufacturing solutions covering the full process from design review to prototyping, tooling, and low-volume production. Its core capabilities include Large-Format Additive Manufacturing (LFAM), HP Multi Jet Fusion (MJF), FDM, SLA, reverse engineering, Design for Additive Manufacturing (DfAM), post-processing, and application engineering. - Full Description - A Turkish SME is specialised in industrial additive manufacturing and advanced manufacturing applications. The company supports customers from early design review and manufacturability assessment to prototype production, tooling, process development, pilot production and low-volume manufacturing. Its core capabilities include Large-Format Additive Manufacturing (LFAM), HP Multi Jet Fusion (MJF), Fused Deposition Modelling (FDM), SLA, rapid moulding, additive casting integration, reverse engineering, digitalisation, design optimisation and application engineering. Large-Format Additive Manufacturing (LFAM) is one of the company’s key focus areas. The SME can support large-scale polymer and composite applications such as moulds, patterns, composite tooling, fixtures, large demonstrators, simulator cabin components, architectural or public-use elements, industrial parts and selected end-use components where material and process requirements are suitable. The company can also contribute to LFAM post-processing strategies, including surface preparation, finishing and CNC machining coordination through its partner network. With HP Multi Jet Fusion (MJF), the company can produce functional, repeatable and production-oriented polymer parts for prototyping, validation and low-to-medium volume applications. MJF is particularly relevant for complex geometries, functional test parts, drone and UAV components, housings, brackets, assembly parts, jigs, fixtures and end-use polymer parts where conventional tooling would be costly or slow. FDM and SLA technologies complement the company’s production portfolio for functional prototypes, large or cost-effective parts, visual models, design iterations, ergonomic validation and high-detail components. The SME also offers or coordinates complementary production routes such as rapid moulding, silicone moulding, additive casting integration, reverse engineering and digitalisation for projects requiring a broader manufacturing solution. The company has experience in strategic sectors including defence and aerospace, automotive, energy, architecture, white goods and consumer products. In drone systems, the SME has worked on design improvement, lightweighting, structural and mechanical components, prototype and serial production, and prototype-level mechanical

electronic assembly. The company has also completed a TÜBİTAK-supported R&D project focused on lightweighting and optimisation of drone structural parts. The Turkish SME is open to business and technology cooperation with companies, OEMs, research organisations and industrial users looking for an additive manufacturing partner. Potential cooperation areas include prototype production, functional part production, composite tooling, LFAM mould and pattern production, simulator and cabin components, drone

UAV components, jigs and fixtures, design optimisation, process development, material-process trials, post-processing and prototype-to-production transition. Through its ecosystem in Turkey, the company can also facilitate access to academic expertise, testing and laboratory infrastructure, CNC machining partners, material development partners and complementary industrial capabilities where needed. - Advantages and Innovations - The main advantage of this Turkish SME is its multi-technology industrial additive manufacturing infrastructure combined with application engineering know-how. The company can help partners select the most suitable additive manufacturing route according to geometry, material, production volume, cost targets and end-use requirements. Large-Format Additive Manufacturing (LFAM) enables faster production of large moulds, patterns, fixtures, tooling, demonstrators and selected polymer

composite components compared to conventional manufacturing methods. This is particularly valuable for large prototypes, composite tooling trials, simulator or cabin parts, industrial models and low-volume customised production. HP Multi Jet Fusion (MJF) provides repeatable and functional polymer part production for complex geometries, low-to-medium volumes and end-use applications without the need for conventional tooling investment. FDM and SLA further increase flexibility for rapid design iterations, larger cost-effective prototypes, visual models and high-detail components. The SME can support partners beyond printing by contributing to Design for Additive Manufacturing (DfAM), manufacturability assessment, design optimisation, reverse engineering, material-process trials, print strategy development, post-processing, surface preparation, CNC finishing coordination and prototype-to-production workflows. The company also brings sector-specific experience in drone and UAV components, automotive applications, industrial equipment, fixtures, tooling, architecture, white goods and consumer products, together with access to academic expertise, testing infrastructure and industrial partner networks in Turkey. - Stage of Development - Available for demonstration - Sustainable Development Goals - Goal 9: Industry, Innovation and Infrastructure - IPR status - No IPR applied Partner Sought - Expected Role of a Partner - The expected partner is an industrial company, OEM, SME, research organisation, university, design

engineering office or other organisation looking for an additive manufacturing partner for product development, prototyping, tooling, functional polymer parts or low-volume production. Partners may bring product requirements, CAD data, application cases, technical specifications, end-use conditions, testing needs or market access. Başaran Technology can support these partners with industrial additive manufacturing and application engineering capabilities, including Large-Format Additive Manufacturing (LFAM), HP Multi Jet Fusion (MJF), FDM, SLA, reverse engineering, DfAM, process development, post-processing and CNC finishing coordination. Potential cooperation may involve large moulds, patterns, composite tooling, jigs and fixtures, simulator and cabin components, drone

UAV structural and mechanical parts, functional prototypes, end-use polymer components, architectural or public-use elements, industrial demonstrators and prototype-to-production transition. Depending on the partner’s needs, the cooperation may be structured as a commercial service agreement, outsourced production support, supplier relationship, technical cooperation or joint development activity. - Type and Size of Partner - SME <=10 - Big company - R&D Institution - SME 11-49 - SME 50 - 249 - Type of partnership - Commercial agreement with technical assistance Dissemination - Technology keywords - 02007011 - Non-ferrous Metals - 02007010 - Metals and Alloys - 02007008 - Iron and Steel, Steelworks - Market keywords - 09001007 - Other transportation - Targeted countries - All countries