Post RFQ
This portable articulated arm CMM has many practical advantages. It uses a 6-axis articulated arm structure with zero-backlash bearings, ensuring high positioning accuracy during multi-angle movement. The built-in integrated touch probe can quickly switch between different measurement points without additional replacement of probes. The ArmMeas 2024 software supports real-time data synchronization and wireless transmission, and can generate on-site inspection reports within 1 minute. It is powered by a USB interface, which can be connected to a laptop or tablet for flexible operation, and has a built-in battery that supports 8 hours of continuous working time, meeting the needs of long-term on-site detection.

This portable articulated arm CMM has portable and efficient specifications: the maximum measurement radius is 1200mm, with 6-axis joint rotation, covering most small and medium-sized on-site measurement scenarios. The comprehensive measurement accuracy is ±5.0μm, meeting the national metrology certification standards. The whole machine weighs only 12kg, and can be stored in a supporting protective storage box with a size of 800×500×300mm, which is convenient for transportation. It is powered by USB 5V 2A, with a built-in 10000mAh rechargeable battery that supports 8 hours of continuous working. The applicable operating environment temperature is 10-35℃, and relative humidity range is 30%-80%, adapting to most on-site working environments.

This portable articulated arm CMM is mainly applicable to on-site mold maintenance, equipment installation calibration, reverse engineering modeling, and small batch part on-site inspection. Typical application scenarios include on-site size detection of large mechanical equipment such as engineering machinery and medical equipment installation position calibration, mold wear detection during equipment maintenance, and 3D scanning modeling of small parts for product redesign. In the mold maintenance industry, it can quickly detect the wear degree of mold surfaces and adjust the mold repair plan in time, reducing the maintenance cycle of molds.