Twiny “Logistics is the middle of the present robot market… We’ll tap into North America with ‘order picking'”

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(Photo=Tweeney)

Tweeny (CEOs Cheon Young-seok, Cheon Hong-seok), a specialist in self-driving robots, announced on the twenty ninth that it’ll strengthen the event of logistics and delivery robots centered on ‘carrying and order picking’ and expand into overseas markets.

Established in 2015, Tweeny, under the brand name ‘NARGO’, introduced ▲ ‘Order Picking’ robot for logistics centers, ▲ ‘Delivery’ robot for high-rise buildings and living logistics, and ▲ ‘Factory’ factory automation robot.

The flagship product is Order Picking, which was launched in May last 12 months. In a logistics center, the duty of finding and packing products from different areas is carried out, and this known as order picking.

It can be crucial that it replaces easy repetitive human movement tasks, but what can be necessary is that it generates profit through current corporate demand. In other words, the return on investment (ROI) is important.

In truth, a supply contract for 130 units was signed with eight domestic logistics centers. In comparison with sorter or facility-type products, the initial construction cost burden could be reduced and there is no such thing as a need to alter the window structure as its strengths. One customer reported that they reduced the picking time per product from 20 seconds to 11 seconds through order picking.

When operating multiple order picking robots concurrently, the advantage is that the status, location, and optimal path of every robot could be identified using traffic control technology.

Not only does it routinely create tasks on the server, it also provides data and statistics on robot usage and productivity. As well as, it may possibly be deployed easily and quickly since it performs its mission even in large and sophisticated warehouses without additional infrastructure resembling QR or markers.

Attributable to these benefits, it’s explained that it may possibly be utilized in all the process, including ▲receiving work information and assigning robots ▲moving the robot to the picking zone ▲proceeding the picking work ▲moving the robot packing zone ▲packing and shipping.

Carrying and order picking scenario (Photo=Tweeny)
Carrying and order picking scenario (Photo=Tweeny)
Actual use of order picking (Photo=Tweeny)
Actual use of order picking (Photo=Tweeny)

Alternatively, the carrying and delivery idea of ​​the concept of ‘a robot that supports inter-floor movement and delivery inside buildings and residences’ is an answer that stands out. In high-rise buildings where offices are concentrated, it takes lots of time to maneuver between the coffee shop on the primary floor and the offices on the fifteenth floor or higher. We focused on the proven fact that most cases take greater than 10 to twenty minutes.

Right now, you should utilize carry and delivery to deliver multiple cups of coffee without delay. On this case, unlike a warehouse, it can be crucial to know the characteristics of an elevator. We’re within the technique of communicating with elevator corporations to reply to their different internal structures.

In November last 12 months, it was actually introduced within the urban atrium and shopping district situated in Naseong-dong, Sejong City. Outdoor movement can be being considered.

And factory automation is the sector that is predicted to grow essentially the most in the longer term robot market. Twiny said, “The domestic robot market can be progressively expanding into logistics robots.”

Tweeny’s solution is able to handling high weight and huge volumes, and hardware resembling low floor type, conveyor type, lift type, and collaborative robot could be customized to suit site characteristics.

As well as, they said they plan to expand the appliance of artificial intelligence (AI), resembling installing ‘Nalgo LLM’ on guidance robots.

Nevertheless, he added that there are problems that make it difficult to totally automate logistics. To use robots to industry and be effective, large-scale production and input are essential. Subsequently, the initial investment cost is a burden for corporations.

Because of this, Tweeny introduced a plan to lower the brink for product use through a ‘rental system’. He also emphasized that robots should not an entire alternative for human resources, but reasonably a collaboration with employees.

We’re looking into expanding beyond the domestic market. Particularly, in North America, there’s a major demand for robots on account of the massive volume of logistics and high labor costs. He said that inquiries from local corporations are continuing.

Tweeny CEO Young-seok Cheon and Hong-seok Cheon said, “We plan to start entering the North American market in earnest starting at the top of this 12 months,” and added, “We’re also working on obtaining crucial certifications and registering US patents.”

Reporter Jang Se-min semim99@aitimes.com

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