Friday 31 March 2023

HAI ROBOTICS SCOOPS INNOVATION AWARD FOR EXISTING PRODUCT




KUALA LUMPUR, March 31 (Bernama) -- Hai Robotics, an intelligent automated warehousing solutions provider, has won the MHI Innovation Award for Best Innovation of an Existing Product for its A42T Autonomous Case-handling Robot (ACR).

In a statement, Hai Robotics said this prestigious award was announced at ProMat 2023, held in Chicago, on March 22.

“This award is a recognition of our team's hard work, dedication and commitment to driving innovation in the industry. We are proud to be at the forefront of intelligent warehouse automation and are committed to delivering advanced solutions that help our customers stay ahead of the game,” said Hai Robotics USA Chief Executive Officer, Brian Zheng.

The MHI Innovation Award recognises Hai Robotics for its groundbreaking work in developing advanced equipment for automated storage and retrieval solutions (ASRS) and recognises the company's commitment to advancing customer success with innovative and cutting-edge technology.

The A42T ACR is the first goods-to-person equipment that extends upward allowing facilities to store items up to 10m (32+ feet) high, while remaining independent of any storage medium.

It is highly intelligent, able to handle most totes or container sizes and types, even cardboard boxes, on standard industry shelving structures.

Comparable systems often require unique and expensive custom precision structures with limited tote options to function, but the A42T ACR is a revolutionary robotic design, freeing facilities of the old rigid ASRS constructs.

This robot provides maximum system flexibility typically seen with AMR or AGV technology while allowing facilities to obtain modern warehouse density with maximum use of vertical storage.

This award is a testament to Hai Robotics’ dedication to excellence and its ability to deliver intelligent automation solutions that help businesses increase efficiency, reduce costs, reduce storage footprint and improve overall productivity.

-- BERNAMA

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