枝松電機 Product Lineup

Just input numerical values (distance, time, thrust, etc.) from the touch panel, and you're good to go. By implementing NC, there is no need for manual thrust adjustments, which increases efficiency. You can register up to 100 work data (on a CF card), allowing for smooth setup changes. For more details, please contact us.

• Other process controls

You can simply input G-code from the touch panel. It also supports overrides, M-codes, tool offsets, and more. You can register up to 100 work data (on a CF card), allowing for smooth setup changes. We will retrofit your retro mechanical milling machine to NC. For more details, please contact us.

• Other process controls

Simply input the cam pattern from 0 to 360 degrees via the touch panel (initial settings). The workpiece retrieved by the main spindle servo (extraction arm) is aligned by the subordinate spindle servo (alignment arm) in synchronization. For more details, please contact us.

• Other process controls

You only need to input the ball's rotation speed and the starting/ending positions from the touch panel. The speeds of the vector motor and servo motor will change. We will perform constant speed control for the ball processing. You can register up to 100 work data (on a CF card), allowing for smooth setup changes. As for the speed waveform, the end of the workpiece (sphere) is fast, gradually slowing down, and at the peak, it becomes slow. After surpassing the peak, it gradually speeds up. For more details, please contact us.

• Other process controls

We are installing an external encoder to measure the cutting length for the workpiece that is flowing. The servo motor starts synchronously with the cutting length match, and the cutter emerges during synchronization. At the cutter's end position, the cutter is retracted, and the servo motor decelerates and stops using the retract sensor. After confirming the stop, the system moves back to the origin while controlling position/velocity to ensure it is ready for the next cutting length. We are achieving endless control of the prying shear. Normally, it operates from the zero point position to the end position (variable), but if a constant discharge position for the workpiece is desired, the discharge position may be set to the origin position, with a variable start position. (This makes the cutting end position constant.) Please contact us for more details.

• Other process controls

Simply input numerical values (such as hob rotation, gear tooth count, etc.) from the touch panel. Processing can be done without gear replacement. By implementing NC, there is no need for manual cutting, which increases efficiency. You can register up to 100 workpiece data (on an SD card), allowing for smooth setup changes. For more details, please contact us.

• Other process controls

This is a device that allows for easy control of stepping motors and servo motors using I/O signals from a programmable controller (PLC). It can be optimally used for circular motion.

• Other process controls

This is a device that allows for easy control of stepping motors and servo motors using I/O signals from a programmable logic controller (PLC). It can be optimally used for circular motion applications.

• Other process controls

It is a device that allows for easy control of stepping motors and servo motors using I/O signals from a programmable controller (PLC). It can also be optimally used for linear motion types (such as conveyors and aligners).

• Other process controls