Equator-X™ dual-method gauge for shop floor inspection
The new Equator-X dual-method gauging system brings unique capability to the shop floor with its dual measurement functionality; Absolute and Compare. Users can select the optimum inspection mode for their process challenge, effectively deploying two systems in one.
Absolute mode
In Absolute inspection mode, the Equator-X gauge performs as a high-speed production CMM, providing fully traceable inspection results (ISO 10360-2 = 2.1 μm + L / 300).
Rapid measurement at scanning speeds of up to 250 mm/s, without the need to maintain master parts, is particularly useful for manufacturers with:
• high part variation
• low to medium production volumes
• high frequency of inspection
Compare mode
When used in Compare mode, the Equator‑X gauge delivers ultra-fast, highly repeatable inspection with scanning speeds up to 500 mm/s and ±2 μm repeatability across a wide temperature range. This is particularly useful for high volume manufacturing of parts, where throughput is key and environmental temperature changes are a challenge.
Equator-X 500 gauging system's key benefits
Throughput
The Equator-X system is capable of absolute scan speeds of 250 mm/s and comparator speeds of up to 500 mm/s, far higher than conventional 3-axis CMMs. By measuring faster, inspection capacity is increased. This high performance enables inspection to keep pace with machining operations.
Assurance
The Equator-X system provides fully traceable in-process verification of parts to ISO 10360 standards, providing assurance when moving measurement out of the measurement lab and onto the shop floor. The Equator-X gauge provides continuous validation of the production process with real-time feedback.
Flexibility
The ability to choose between two methods of measurement on a single device enables the user to select the optimal method for their application. For example, the absolute method for large varieties of parts or the comparison method for wide variation of environmental temperature.
The compact and lightweight design, without the need for compressed air, makes it easy to deploy exactly where needed, either in-line or at-line.