Your mission
As Additive Manufacturing Engineer: Thermoplastics at SAEKI, you are the bridge between customer design intent and machine executable toolpaths. You fill the critical gap between incoming CAD data and 3D printable geometries — owning the workflow from geometry preparation to slicing and robot-ready toolpaths.
You’ll define slicing strategies, optimize printability, and collaborate across departments to ensure every part we produce is manufacturable, efficient, and high quality. You’ll be deeply embedded in the technical core of the company, supporting product excellence and innovation.
You’ll define slicing strategies, optimize printability, and collaborate across departments to ensure every part we produce is manufacturable, efficient, and high quality. You’ll be deeply embedded in the technical core of the company, supporting product excellence and innovation.
YOUR RESPONSIBILITIES
Geometry & Print Feasibility:
- Review and adapt incoming CAD models for 3D printability
- Make informed decisions on geometric changes with internal and external teams
- Ensure files are clean, structured, and ready for slicing
Slicing & Toolpath Generation:
- Generate optimized toolpaths for robotic additive manufacturing
- Establish and document slicing methodologies for recurring shapes
- Own advanced slicing strategies and software selection
- Continuously improve toolpath quality and reduce scrap rate
- Be our link to slicing software providers
Workflow Management & Internal Collaboration:
- Oversee and improve the CAD → 3DP workflow
- Work closely with CNC specialists to align hybrid workflows
- Support team members in using slicing workflows
- Ensure robust, scalable slicing procedures across the org
Innovation & Non-Dilutive Funding Support:
- Provide technical input for grant applications (e.g. Innosuisse)
- Contribute slicing-related insights to internal R&D initiatives
Quality & Delivery:
- Guarantee that customers receive best-in-class printed parts
- Troubleshoot toolpath or printability issues before production
- Drive print success rate through better geometry preparation