Launch: New Products from Hai Robotics Are Designed to Increase Warehouse Storage Density and Real-Time Efficiency

Launch: New Products from Hai Robotics Are Designed to Increase Warehouse Storage Density and Real-Time Efficiency

Hai Mechanical technology (“Hai”), trailblazer and pioneer in Independent Case-taking care of Robot (ACR) Frameworks, today reported the send off of the world’s most memorable adjustable Catch Snare ACR, the HaiPick A42T-E2, and the HaiPick Framework 3 — two new developments that address client worries around expanding stockpiling thickness and execution at a more modest distribution center impression. The adjustable Catch Snare ACR can be coordinated inside HaiPick Framework 3, making a nexus that works with better execution while conveying upgraded capacity thickness.

The HaiPick A42T-E2 — outfitted with ChainPick innovation — highlights a wrestling snare with a picking velocity of 2.7 seconds, rapidly pulling totes in a steady progression. Such ChainPick innovation is critical to empowering up to five-profound sack stockpiling limit, permitting more limited picking and setting time to additionally smooth out the products to-individual work process. Flat in the middle between sacks can be cut by 60%, guaranteeing no space hole at the back and thus upgrading existing stockroom extra room. Organizations are likewise offered fitted answers for increase or down, permitting them to keep an upper hand without settling for less on monetary dexterity, while as yet accomplishing cost-productivity.

“Businesses nowadays are struggling to not only optimize their warehouse space, but also strike a balance between automation and leaving room for growth,” said Peter Guan, General Manager at Hai Robotics EMEA. “We are thrilled with the launch of the HaiPick A42T-E2. This project encapsulates our commitment to providing intelligent, flexible and efficient solutions for the modern warehousing industry, while keeping in mind the growing and dynamic needs of this market on a global scale.”

The HaiPick Framework 3, then again, is the most recent arrangement in Hai’s portfolio, empowering super high stockpiling thickness up to 50 sacks/㎡ and expanding specialist effectiveness up to multiple times. HaiPick Framework 3 is an exceptionally normalized framework integrating Hai’s adjustable Catch Snare ACRs and Quick travel K50 independent portable robots (AMR) running at a speed of 4m/s. HaiPick Framework 3 presents quick organization and effective ACR-AMR cooperation: While ACRs handle totes from the top to the lower part of the racks, AMRs handle rack-base sacks among racks and workstation quickly. Moreover, the arrangement works with rack development by up to five-profound design, by utilizing the adjustable Catch Snare ACR, with a most extreme picking level of up to 10 meters.

“HaiPick System 3 is a high-performance and agile solution that scales alongside businesses to better achieve instantaneous customer satisfaction,” added Guan. “Combined with the telescopic Grapple Hook ACR, warehouses will be able to achieve a level of performance efficiency and ROI at new heights in both B2B and B2C operations, such as within 3PL and apparel industries.”

Davide Tuzi, Country Chief of Italy at Hai Advanced mechanics, will talk about additional subtleties in the impending episode of HaiPulse online class. The unique release, planned to air on October twentieth, at 9:30 AM (CET), will cover a top to bottom examination of these two advancements.

About Hai Advanced mechanics

Hai Advanced mechanics, trailblazer and pioneer in Independent Case-dealing with Robot (ACR) Frameworks, is focused on giving adaptable, wise, and effective distribution center mechanization arrangements through mechanical technology innovation and man-made intelligence calculations. The HaiPick arrangement, freely created in 2015, is the world’s very first ACR arrangement. Hai Mechanical technology is a worldwide venture that has in excess of 1,000 undertakings overall and serves clients from in excess of 30 nations and districts. We have workplaces to cover the US, Europe, Japan, South Korea, Southeast Asia and Australia. We endeavor to join worldwide involvement in nearby skill to furnish our clients with custom-made, quality arrangements.


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