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Additive Manufacturing

Additive manufacturing is a core capability at Sindan — combining metal and polymer 3D printing at scale to produce complex, high-performance components on demand.

End-to-End Execution

One manufacturing path. Multiple outcomes

From a legacy component or digital file to repeatable local production, Sindan connects every stage required to turn complex designs into physical parts.

01 Digitize

3D scanning, reverse engineering and design capture for legacy or new components.

02 Engineer

Geometry optimization, production planning and process selection based on part requirements.

03 Manufacture

Metal or polymer additive production matched to part function, complexity and volume.

04 Finish

Integrated CNC machining, post-processing and inspection for production-ready output.

05 Reproduce

Secure, version-controlled digital assets support repeatable, on-demand local manufacturing.

PLATFORM 01

Metal Additive Manufacturing

For complex, high-performance components where geometry, weight and part consolidation matter. Metal additive manufacturing enables topology-optimized structures and integrated features that conventional processes cannot easily produce.
  • Complex internal geometries
  • Consolidated assemblies
  • Precision CNC and post-processing
  • Flight- and mission-critical applications

PLATFORM 02

Advanced Polymer Manufacturing

High-throughput polymer manufacturing enables rapid design iteration, customization and repeatable output across multiple production systems.
  • Rapid design iteration
  • Customized production
  • Flexible production volumes
  • Consistent, repeatable output

WHERE IT CREATES VALUE

Designed around real industrial needs.

Additive manufacturing creates the most value when it solves a specific engineering or supply challenge: complexity, obsolescence, weight, customization or lead time.
  • Aerospace and Power Systems
  • Energy and Critical Assets
  • Healthcare and Dental
  • Digital Spare Parts

ENGINEERING PROOF

Complexity consolidated.

Sindan applies metal additive manufacturing across the SP turbojet engine series. Complex assemblies are consolidated into monolithic structures, while topology-optimized components reduce weight without compromising structural integrity.

Our Technologies

Other Technologies

Industrial AI

Automation & Robotics

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