High-precision, high-functionality NX Driver T3 Series - Newly upgraded two high-torque models to CE marking specifications. | NITTOSEIKO CO., LTD.

High-precision, high-functionality NX Driver T3 Series - Newly upgraded two high-torque models to CE marking specifications.

NITTOSEIKO CO., LTD.

Nitto Seiko Co., Ltd. will upgrade two high-torque models of its high-precision, high-functionality screw tightening driver, the NX Driver T3 series, to CE marking specifications and will begin sales on December 1, 2023. The NX Driver T3 series and the SD600T controller series have been well received in various fields since their launch in 2016 as high-precision, high-functionality models of our screw tightening drivers. In 2019, three low-torque models out of the five in the series were upgraded to comply with CE marking. The two newly upgraded models to CE marking specifications are high-torque models among the five in the series. There has been significant demand from overseas markets, particularly the European market, not only for the three models that were previously upgraded but also for CE marking compliance for the high-torque models. This upgrade responds to that demand, making all models in the series compliant with CE marking specifications.

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Pursuing high performance! New series nut runner NX driver SD600T.
AC servo nut runner with torque display inheriting compact and lightweight design of the SD550 series and achieving high precision and increased rotation speed.

(Feature 1) Keeping compact and light weight design of previous model SD550T, SD600T achieves high precision and increased rotation speed by new type of motor and a newly developed gear unit. Furthermore, channels expanded to twice, which brings variable tightening capabilities, and supports high-mix, low-volume production. (Feature 2) Pass/fail judgment is performed by comparing the preset torque waveform envelope with the actual tightening torque waveform. This advanced waveform analysis enables the detection of fastening defects that cannot be identified by torque up per-limit monitoring alone. If an abnormality is detected during waveform evaluation, the system immediately stops the tightening process, helping prevent product damage and ensuring process reliability. (Feature 3) Equipped Ethernet communication port for data collection. With dedicated software, tightening results and waveform data can be saved in CSV format, which is effective for ensuring traceability and analyzing causes of tightening defects. *Data collection using CAN is also possible. (Feature 4) Integration of three software functions into one: "Easy Memory Sheet Function": Simply input the target torque for easy setup. "Monitor Function": I/O monitoring and rotation commands from the software make it easy to check operation during startup." "Tightening Result Monitor: Useful for analyzing factors when tightening fails."