ITOKI CORPORATION (President: Tadashi Matsui) added a new model with a new function to the existing power-driven mobile rack system, “Systema Auto Rack An Type,” which launched last November, and will release it in January 2015.

This product is designed to combine the conventional power-driven mobile rack feature, characterized by the easy transfer of a large volume of heavy items, and the reasonable price of the manual-handle-type mobile rack system, and offers simpler functions than the complicated search function built into the power-driven model. In addition, this product eliminates button operations for higher user-friendliness, enabling anyone to use this product easily, simply by flicking the screen. This safe and easy mobile rack system is perfect for storing a large volume of items in an office, library or warehouse.

The new system is equipped with additional safety and protection options in the form of a quake-absorbing device and a safety sensor.

ITOKI power-driven mobile rack system, the “Systema Auto Rack An Type”

Lower in cost than the conventional power-driven mobile rack system. User-friendliness allows all users to transfer heavy items more easily than with the handle-type mobile rack system.

Mobile Rack System Operation Panel The industry’s first introduction of a flick gesture function. Flicking the screen to the left moves the rack to the left as desired. This motion is more intuitive than conventional button operation, allowing users to immediately understand how to operate it.

Product Profile

• Name: “Systema Auto Rack An Type”
• Start of sales: January 2015
• Specifications

[Feature 1] Instead of conventional button operation, the industry’s first “flicking”gesture control was introduced to be more intuitive and user-friendly with respect to moving the rack to the desired direction.

Operation Panel

[Feature 2] The color-universal touch panel monitor features its user-friendly design with various setting options.

[Feature 3]
ITOKI’s proprietary all-wheel quake-absorbing trolley successfully minimizes both “rack collapse” and “passage blockage.” Higher safety is ensured through synergy with a standard anti-fallover device.

[Feature 4]
The optical and acoustic alerts notify operators of the status of the mobile rack system. As redundant systems for customers who seek additional safety, a light curtain and/or a safety bar can be installed at a hand-push height to avoid crushing between the racks and protect operators.

The safety device is designed to trigger the interlock when the sensor senses human access to a passage area.	The safety device designed to trigger the interlock when the sensor installed at the passage entrance is blocked by human access.

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