| | |

Hai Robotics Partners With MHS for Goods-to-Person Offering in North America

HAIPICKRobots400x275

March 3, 2021

MHS, a materials-handling systems integrator, has announced a partnership with Hai Robotics to provide autonomous case-handling robotic systems for distribution and fulfillment centers as well as courier, express and parcel distribution centers. The solutions will address labor and storage capacity challenges for customers in North America.

“With logistics facilities feeling pressure to accommodate growing SKU counts and order volumes, our robotic systems provide efficient, intelligent, flexible and customizable warehouse automation solutions to make more efficient use of available space,” said Johnny Zhang, vice president of international sales at Hai Robotics. “In order to expand our business in North America, we need to find the right local integration partners. The experience, capability and strength of MHS in our target markets make them an ideal fit.”

The HAIPICK system uses autonomous case-handling robots to store and retrieve several cases at a time in tall, narrow storage aisles. The storage configuration lets operations reduce the square footage dedicated to goods storage, while actually increasing total storage capacity, the companies said. Once cases are retrieved, the robots work in a goods-to-person framework, moving inventory into position to complete order fulfillment and other logistics tasks.

“The HAIPIC solutions offer superior flexibility, faster implementation and much lower cost compared to conventional AS/RS driven by shuttles and cranes,” said Michael Fleming, manager of AGV and AMR solutions at MHS. “Working with Hai Robotics allows MHS to serve our customers with advanced technology that best fits their needs in an evolving marketplace.”

More details are available at the MHS website.

Related video:

 

{youtube}_yPKSNFrNyc{/youtube}

 


Robotics World News

  • IFR: 1M Robots Work in Car Industry Worldwide

    IFR: 1M Robots Work in Car Industry Worldwide

    The International Federation of Robotics (IFR) said the automotive industry has the largest number of working in factories around the world, with operational stock hitting a new record of 1 million units. The IFR said this represents about one-third of the total number installed across all industries. “The automotive industry effectively invented automated manufacturing,” said… Read More…

  • Vitestro Raises €12M for Autonomous Blood Drawing Device

    Vitestro Raises €12M for Autonomous Blood Drawing Device

    Netherlands-based Vitestro, which develops an autonomous blood drawing device, has announced completing a €12 million ($12.9 million) Series A financing round, led by California-based Sonder Capital, along with existing and new private investors. The company said proceeds from the funding round will be used to accelerate product development, prepare EU market authorization, and initiate production…. Read More…


Products for Robots & Cobots

  • Ouster, LASE Sign Multi-Year Agreement to Automate Port Operations

    Ouster, LASE Sign Multi-Year Agreement to Automate Port Operations

    Ouster, which develops high-performance lidar sensors, has signed an agreement with LASE GmbH, which develops laser-based sensor applications for industrial equipment. The multi-year supply agreement aims to further automate and retrofit container terminals and crane systems at ports with 3D digital lidar sensors. The agreement includes a commitment for several hundred Ouster OS sensors through… Read More…

  • Wisson Robotics Launches Pliable Robot Manipulators

    Wisson Robotics Launches Pliable Robot Manipulators

    China-based Wisson Robotics has announced the launch of the Nimbo pliable robotic manipulator series, based on its Pliabot technology that combines compliance, dexterity, a light weight and safety features to provide solutions to robots across several applications. Many innovations include Pliabot-compliant muscles as motion generation units and compact high-speed pneumatic controllers, in contrast to electric… Read More…