NISSAN TANAKA Motion Control

Manufacturer: NISSAN TANAKA
Product name : Motion Control

Z-Motion Control

It is the industry’s leading motion control

i-Motion Function (Inch Movement Mode)

Even with a slight touch (approx. 0.5mm) of the operator, the machine does not move abruptly. (e.g., for fine adjustment: 10mm, 4 times; 20mm = slow, medium, fast, single inch movement)

The startup speed is adjustable.

It allows for fine movement without overshooting.

It is a function that enables the operator to move to the desired position with a light touch

P-Motion Function (Point Movement Mode)

Capable of moving to a predetermined point with a small touch (approx. 1.5~1.7mm) and executing a ‘point move’ with precision.

Enables the operator to move the machine gently and with precise control, just by lightly touching the control panel.

The speed of movement to the point can be finely adjusted, making it possible to move the machine smoothly to the target point.

Allows for subtle adjustments without overshooting, providing a high level of precision control

Dot Positioning Motion Control

It is the industry’s leading dot-positioning motion control

Feature	Z-Motion	i-Motion	P-Motion	Dot Positioning
Touch (Sensitivity)	Light touch	Light touch (Inch Movement)	Light touch (Point Movement)	Light touch (Dot · Point Click)
Operation Interface	Single, Double, Triple (Multi-touch)	Single, Double, Triple (Multi-touch)	Single, Double, Triple (Multi-touch)	Single, Double, Triple (Multi-touch)
Movement Range	approx. 0,8~1.2mm	approx. 0.5mm	approx. 1.5~1.7mm	—
Movement Type	Standard (Standard type)	Standard (Standard type)	Standard (Standard type)	—
Movement Speed	24,000mm/min 18,000mm/min	24,000mm/min (Z-Motion adjustment), 12,000mm/min (Fine adjustment)	40,000mm/min	45,000mm/min (Fine adjustment)
Note	The line marking device developed by our company in 1971 is still the most widely used today.	Long hours of continuous operation are possible. Printing of characters is also possible. No need for flame adjustment as it does not use flames. Human resource reduction is possible because there is no risk of being unable to write due to powder clogging during marking	No need forflame adjustment as it does not use flames. Human intervention is possible because there is no risk of being unable to write due to powder clogging during marking.	1) Ultra-high-speed positioning is possible. 2) Allows for quick stopping