The machine offered extremely limited internal space, requiring precise routing of cables, pneumatic lines, and cable chains within the mechanical constraints.
The infrastructure had to comply with strict EMC shielding guidelines and UL standards for US market access.
All electrical and pneumatic components — and the Eplan workflow — were imposed by the client, leaving no room for deviation.
Clear interfaces were essential to ensure each work package integrated seamlessly into the larger system.
Our experts delivered the Technical Projeduct Documentation of the integrated & scalable infrastructure design that seamlessly aligned with Nobleo’s machine architecture:
We began by aligning on responsibilities, interfaces and the way Eplan is used, creating a shared engineering baseline everyone could rely on.
Because the available space inside the machine was extremely limited, our engineers worked closely with Nobleo’s mechanical team to adjust routing, movements and geometry in short, iterative loops.
When prescribed components didn’t fit — such as the too‑thick encoder cable — we discussed options with the client, weighed EMC implications, and selected a compliant alternative as a shared decision.
UL requirements weren’t an afterthought. We embedded them directly into the engineering process, selecting UL‑listed components and validating connections throughout the design.
While delivering the infrastructure, we also strengthened Nobleo’s pneumatic design capability in Eplan through transparent collaboration and shared reviews.