
High-volume production facilities cannot afford the hidden micro-stoppages caused by unstable data signals on the factory floor. When a large manufacturer operates dozens of multi-spindle machine tools simultaneously, standard radio or optical probing systems frequently suffer from signal collisions, dropouts, and surrounding network noise.
The Marposs Ultra Probing System (MUPS) solves this specific enterprise-level bottleneck. By deploying Ultra-Wideband (UWB) technology, this wireless touch probing solution provides complete immunity to the industrial interference generated by factory Wi-Fi, automated guided vehicles, Bluetooth devices, and corporate 4G or 5G cellular infrastructure.
For tier-one suppliers and large-scale OEMs, the real value lies in the system's massive scalability and architecture flexibility. Rather than managing a messy patchwork of individual receivers, a single MUPS antenna receiver can orchestrate up to eight distinct probes across the same machining cell. This centralized wireless management easily accommodates advanced multi-tasking machinery, including dual-spindle configurations that require two probes operating on a single receiver. The twin functionality allows automated, back-to-back workpiece positioning and tool checking without forcing long hardware changeovers or manual operator intervention.

Engineered directly for harsh, high-output industrial environments, the compact probe hardware features an extended battery life to maximize operating autonomy during consecutive shifts. Large manufacturing engineering teams can quickly configure, clone, and deploy settings across multiple machines using a dedicated app.
By automating rapid part setup and real-world tool verification through a highly stable data pipe, the system directly protects throughput. It slashes cycle times, drastically reduces scrap rates on expensive raw materials, and ensures process reliability across high-volume production lines.
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