Post Process Automation Systems

AM-Flow provides automated quality control, AI-driven workflow optimisation, and precision vision technology - integrating with your existing MES and ERP systems for real-time data and tailored automation.

Designed to operate as stand alone technologies, or as a fully integrated modular system, the full-stack solution covers the entire post-processing workflow - from automated part identification, inspection and quality control through to sorting and packing.

Whether you’re running Additive Manufacturing at scale, or managing high-volume production across injection moulding, CNC or casting processes, post-processing is often where efficiency is lost. Manual handling, inspection and tracking can quickly become the limiting factor, slowing throughput, increasing costs, and introducing risk.

AM-Flow is built for manufacturers looking to remove these constraints. From production teams scaling output, to quality managers under pressure to maintain consistency, to operations leaders focused on reducing cost and improving flow, AM-Flow automation brings control, visibility and repeatability to every stage after production.

Why Invest in Post-Process Automation?

• Remove manual bottlenecks: Manual identification, sorting and handling quickly become the biggest constraint in any production workflow. Automating post-processing removes these bottlenecks by enabling higher throughput, faster turnaround times, and a smoother flow from production to dispatch.
• Build in digital traceability: As production scales, tracking parts becomes harder, and more critical. Automated workflows create a continuous digital record for every part, linking geometry, batch data, timestamps and routing. The result: clear, reliable traceability across Additive Manufacturing and traditional manufacturing processes, without relying on manual tracking.
• Scale without adding headcount: Automation allows you to handle higher volumes, more part variants, and additional production lines, without the need for extra operators, retraining or process changes. More capacity, without the growing overhead.
• Reduce cost and risk: Manual processes introduce variability, from misidentification and sorting errors to rework and mis-shipped parts. Automating post-processing improves consistency, reduces errors, and lowers overall operational costs. At the same time, it supports better quality outcomes and more reliable delivery performance.