Artificial intelligence (AI), autonomous case handling robot (ACR) and autonomous mobile robots (AMR) with Hai Robotics, Geek+ and Körber

Transformation in warehouse logistics: artificial intelligence and autonomous robotics as pioneer of the future

In a world that is characterized by steadily growing e-commerce, globalized supply chains and the unstoppable urge after increasing efficiency, the warehouse logistics are faced with a paradigm shift. The traditional, often manual and labor -intensive processes in camps and distribution centers are increasingly reaching their limits. Increasing wage costs, shortage of skilled workers and the pressure to ensure increasingly faster and more precise deliveries forced companies worldwide to seek innovative solutions. Here artificial intelligence (AI) and autonomous robotics come into play, which have established themselves as key technologies for the transformation of warehouse logistics.

Autonomous case handling robots (ACR) and autonomous mobile robots (AMR) are the spearhead of this development. They not only promise a significant increase in efficiency and productivity, but also greater flexibility, scalability and resilience of the warehouses. Companies like Hai Robotics and Geek+, in partnership with established intralogistics integrators such as Körber, are at the forefront of this technological revolution and offer innovative solutions that are fundamentally changed, picked and sent.

Suitable for:

• Asia's robotics transformation: growth, alliances and the growing influence on logistics in Europe

Autonomous case handling robot (ACR) from Hai Robotics: Efficiency and storage density redefined

Hai Robotics, a company founded in 2016, quickly established itself as a pioneer in the field of autonomous case handling robotics (ACR). With over 1,500 global patents in key areas such as location determination, robot control and warehouse management, Hai Robotics has developed a technology that exceeds conventional warehouse solutions in many ways. The ACR systems from Hai Robotics are designed to significantly increase the efficiency of warehouse operations and at the same time maximize the storage density.

The focus on efficiency increases

One of the main advantages of Hai Robotics's ACR systems lies in the enormous increase in efficiency that enable them. Compared to traditional, manual or partially automated camps, ACR systems can increase the efficiency of warehouse operations by three to four times. This is due to a number of factors:

Automation of repetitive tasks

ACRs take on repetitive and time-consuming tasks such as the deposit and outsourcing of containers and boxes, the picking of articles and transporting goods within the warehouse. This relieves human workforce of monotonous activities and can be used for more complex and value -added tasks.

Optimized work processes

ACR systems work according to optimized algorithms and routes that minimize idle times and accelerate the material flow in the warehouse. You can work around the clock without breaks or fatigue, which leads to continuous productivity.

High-performance work stations

The Hai Robotics HaiPort system is an example of a high-performance work station that is able to edit up to 900 boxes per hour. This high throughput rate enables companies to maintain smooth and efficient operation even at top load times.

Maximum storage density through innovative use of space

In addition to the increase in efficiency, ACR systems from Hai Robotics also offer a significant increase in the storage density. In conventional camps, a lot of space is often left unused, be it through wide corridors for forklifts or in inefficient shelves. ACRs, on the other hand, can navigate in narrow corridors and also reach areas that are difficult to access in the warehouse. This can increase the storage density by 80% to 400%.

Vertical storage

The Haipick System 3 from Hai Robotics goes even further and reaches an ultra -hub density of up to 50 containers per square meter. This is made possible by the ability of the robots to store and remove containers in high shelving systems, which means that the vertical interpretation is maximized. The Haipick A42T robot has a unique telescopic hub function, which covers up to 6.50 meters and can therefore also adapt to irregular storage heights.

Optimized shelf systems

ACR systems enable the use of shelf systems that are specially tailored to the needs of robots. These shelves are often narrower and higher than conventional shelves, which leads to more efficient use of the available storage space.

Flexibility and scalability for dynamic requirements

Another decisive advantage of Hai Robotics's ACR systems is their flexibility and scalability. In contrast to permanently installed automation systems, ACRs can be quickly and flexibly integrated into existing warehouse environments without extensive structural changes.

Easy integration

The ACR systems can usually be installed and put into operation within a short time. This minimizes downtime in the warehouse and enables companies to quickly benefit from the advantages of automation.

Adaptability to different container and cardboard sizes:

ACRs are able to handle mixed picking of containers and boxes of different sizes. This is particularly important for companies that run a wide range of products and need flexible warehouse solutions.

Scalability for growing business

The systems are easily scalable and can be adapted to the company's growth. With increasing demand, additional robots and work stations can be added to increase the capacity of the warehouse. The robots can also automatically switch between different areas of application to react to changed requirements.

Innovative technology as a competitive advantage

Hai Robotics relies on advanced technologies to continuously improve the performance of its ACR systems. This includes:

AI algorithms

AI algorithms play a central role in controlling the robots, optimizing route planning and decision-making in complex situations. The AI ​​enables the robots to dynamically adapt to changes in the warehouse environment and to continuously improve their performance.

Precise location determination

An exact location is crucial for the navigation of the robots in the warehouse and the precise handling of containers and boxes. Hai Robotics uses advanced sensors and localization technologies to ensure high accuracy and reliability.

Telescopic hub function

The Haipick A42T robot is an example of innovative technology that was specially developed for the requirements of warehouse logistics. The unique telescopic hub function enables the robot to reach heights of up to 6.50 meters and to adapt to irregular storage heights, which further optimizes space use.

Fast implementation and versatility for various industries

The ACR systems from Hai Robotics are not only characterized by their technological performance, but also by their quick implementation and versatility. Companies can automate their warehouses with the ACR systems within a very short time and benefit from the numerous advantages.

The ACR solutions are used in a variety of industries, including:

3pl (Third Party Logistics)

Logistics service providers benefit from the efficiency and flexibility of the ACR systems in order to be able to offer their customers tailor-made warehouse solutions.

Fashion

In the fashion industry, which is characterized by fast collection changes and seasonal fluctuations, ACRs enable flexible and scalable warehousing.

E-commerce

For e-commerce companies that have to process large quantities of orders quickly and efficiently, ACRs are an ideal solution to meet the high requirements.

electronics

In the electronics industry, which often stores small and sensitive components, ACRs offer precise and gentle handling of the goods.

energy

ACRs can also contribute to optimizing warehouse logistics in the energy industry, for example when storing spare parts for wind turbines or solar parks.

production

In production environments, ACRs can be used for material provision, to store intermediate products and to pick up finished goods.

Pharmaceutical

In the pharmaceutical industry, which must adhere to strict regulations and high quality standards, ACRs offer reliable and controlled warehousing of medication and medical products.

Körber and Hai Robotics: A strategic partnership for global solutions

The strategic partnership between the international technology group Körber and Hai Robotics is an important milestone in the distribution of ACR systems worldwide. Körber, as one of the leading integrators of automated intralogistics solutions, has recognized that the ACR technology from Hai Robotics is an ideal addition to its solution portfolio.

Through the partnership, Körber can give its customers access to the innovative ACR systems of Hai Robotics worldwide and integrate them into comprehensive intralogistics solutions. This strengthens Körber's position as a technology -independent integrator that can always offer its customers the optimal and individual solutions, regardless of whether it is their own products or third -party products.

The partnership addresses the current challenges of the logistics industry, such as rising costs, shortage of labor and increasingly demanding customer requirements. The combination of Hai Robotics's ACR technology with Körber's expertise in intralogistics integration creates flexible and efficient automation solutions that help companies overcome these challenges and strengthen their competitiveness.

Geek+ and Körber: Autonomous mobile robot (AMR) for flexible and intelligent logistics

In addition to the ACR systems, autonomous mobile robots (AMR) also play an increasingly important role in modern warehouse logistics. Geek+, another leading robotics company, specializes in the development and implementation of AMR solutions. Geek+ has also received a strategic global partnership with Körber to enable companies worldwide to improve access to AMR technology.

Key points of the partnership Geek+ and Körber

The partnership between Geek+ and Körber is based on bundling expertise and complementary strengths:

Expertise bundling

Geek+ brings its comprehensive expertise in AMR technology and AI-based solutions. Körber contributes to its many years of know-how in integration, advice and maintenance of robotic solutions. This combination makes it possible to develop comprehensive and tailor -made solutions for customer needs.

Technological advantages

The partnership focuses on the further development of functionalities in the areas of AI, robotics, software and machine learning. The aim is to continuously increase the performance of the AMR systems and to develop new areas of application.

Market range

Through the partnership, Geek+ gives access to Körber's global customer base. This enables Geek+to expand its market presence internationally and to offer its AMR solutions to a wider audience. Körber, in turn, benefits from the innovative AMR technology from Geek+ and can offer its customers an even more comprehensive solution portfolio.

Successes and effects of AMR technology

Geek+ has already achieved impressive successes with the implementation of AMR systems:

Extensive implementations

Geek+ has successfully carried out around 10,000 AMR implementations worldwide in over 300 companies. These figures illustrate the maturity and practicality of the AMR technology from Geek+.

Productivity increase and accuracy improvement

In specific applications, productivity increases of over 100% and accuracy improvements of up to 99.99% were recorded. AMRS enable companies to make their warehouse processes much more efficient and error -free.

Reduction of walking routes

By using AMRS, walking paths in the warehouse can be reduced by up to 82%. This saves time and resources and improves working conditions for employees who are relieved by physically exhausting transport tasks.

Addressing of current challenges

The AMR technology of Geek+ and Körber addresses current challenges such as labor shortages, health risks and unpredictable demand for demand, especially in the context of the COVID-19 pandemic. AMRs can help reduce the dependence on human workers, to support social distancing measures and to increase the resilience of the supply chains.

Artificial intelligence (AI) as a driving force behind AMR solutions

Artificial intelligence plays a central role in the AMR solutions of Geek+ and Körber. AI is the key to fully use the efficiency, flexibility and intelligence of autonomous mobile robots (AMR).

Suitable for:

• Smart equipment: real-time data of pallets with PAL2REC-Use of artificial intelligence for data analysis of the sensor data

Intelligent control and decision -making

AI enables the AMR to independently recognize obstacles and to distinguish whether they are permanently or only temporarily. The AI-based solutions from Geek+ help with coping with complex scenarios in logistics, such as dynamic storage environments with constantly changing goods movements and human employees. The AI ​​algorithms allow the AMR to make decisions in real time, optimize routes and avoid collisions.

Extended functionalities through AI and machine learning

The partnership between Geek+ and Körber focuses on the further development of functionalities in the areas of AI, robotics, software and machine learning. These technologies enable improved performance in the warehouse and revolutionize work processes worldwide. Through machine learning, the AMR systems can continuously learn from their experiences and improve their performance over time. You can recognize patterns in the data, make predictions and optimize your work processes accordingly.

Optimizing the logistics processes by AI-based software

AI-based software enables continuous automation in the supply chain. Modern AI-based software guides the robots in the execution of missions and support them with path planning and avoidance of collision. The software optimizes the assignment of order, route planning and resource allocation to ensure a smooth and efficient material flow in the warehouse. It also enables real -time monitoring and control of the robot fleet in order to be able to react to unforeseen events.

Adaptability and flexibility through AI platforms

The Ki platform Neocortex from Universal Logic, to which Geek+ receives access through the partnership, enables a modular real-time control of the robot units. This technology allows picking processes to be flexibly mapped and adapted to heterogeneous and highly volume applications. The AI ​​platforms enable the AMR systems to dynamically adapt to changing requirements and to learn new tasks and processes. They offer high flexibility and scalability to keep up with the growth of the company and the changing market conditions.

Advantages of automation with AI-based robots

The automation of warehouse logistics with AI-based robots such as ACRS and AMRS offers companies a variety of advantages:

Increased efficiency and productivity

Robots work faster, more precisely and tireless than humans. You can run repetitive tasks around the clock and minimize idle times. This leads to a significant increase in efficiency and productivity in the warehouse.

Reduced operating costs

Although the investment in automation systems initially causes costs, the operating costs can be reduced in the long term. Robots reduce the need for human work, lower wage costs, minimize errors and committee and optimize energy consumption.

Improved storage density and use of space

ACRs and AMRs enable more efficient use of the storage space through vertical storage, narrower corridors and optimized shelving systems. This can lead to considerable cost savings in storage space and rental costs.

Increased flexibility and scalability

Robot -based automation systems are more flexible and more scalable than fixed systems. They can quickly be adapted to changed requirements and expanded if necessary. This is particularly important in dynamic markets with seasonal fluctuations and unpredictable changes in demand.

Improved working conditions and employee motivation

The automation of repetitative and physically exhausting tasks relieves human employees of monotonous activities. You can concentrate on more demanding and value -added tasks, which can lead to higher employee motivation and satisfaction. In addition, automation improves safety at work, since robots take on dangerous tasks and reduce the risk of work accidents.

Increased accuracy and quality

Robots work more precisely and more error -free than humans. They minimize errors in picking, storage and outsourcing of goods, which leads to a higher quality quality and customer satisfaction.

Improved resilience and responsiveness of the supply chain

Automated camps are more resistant to unforeseen events such as pandemics or natural disasters. Robots can also be used in situations in which human labor are limited or not available. This increases the resilience and responsiveness of the supply chain and enables companies to maintain smooth operation even in times of crisis.

Cost efficiency vs. hurdles: Is it worth investing in robotics?

Despite the numerous advantages, companies that rely on AI-based robotics in warehouse logistics also face challenges:

High initial investment

The implementation of automation systems requires considerable initial investments in robot, infrastructure and software. Companies must carefully check whether these investments amortize in the long term.

Integration into existing systems

The integration of robotics systems into existing warehouse management systems (WMS) and Enterprise Resource Planning Systems (ERP) can be complex and time-consuming. However, smooth integration is crucial for the success of automation.

Maintenance and repair

Robot -based automation systems require regular maintenance and maintenance to ensure reliable and trouble -free operation. Companies must ensure that they have the necessary resources and know-how to perform these tasks.

Qualification and retraining of employees

The introduction of robotics systems requires qualification and retraining of employees. Employees have to learn to deal with the new technologies, to monitor and wait for robots and to take on new tasks in an automated warehouse.

Data protection and data safety

AI-based robotics systems collect and process large amounts of data. Companies must ensure that this data is processed safely and in accordance with the applicable data protection regulations.

Despite these challenges, the future prospects for AI-based robotics in warehouse logistics are extremely promising. The technology continues to develop rapidly, the costs decrease and acceptance in the company is growing. It is to be expected that more and more companies will be on ACRs and AMRs in the coming years to optimize their warehouse logistics and to strengthen their competitiveness.

AI-based autonomous robotics: the future of more efficient warehouse logistics

Artificial intelligence and autonomous robotics fundamentally revolutionize warehouse logistics. Autonomous case handling robots (ACR) from Hai Robotics and Autonomous Mobile Robot (AMR) from Geek+, in partnership with Körber, offer innovative solutions that increase efficiency, maximize storage density, increase flexibility and reduce operating costs. These technologies help companies to cope with the challenges of modern logistics and to assert themselves in an increasingly competitive environment. The partnerships between technology providers such as Hai Robotics and Geek+ and Integrators such as Körber are crucial to spread these innovative solutions worldwide and to support companies in transformation their warehouse logistics. The future of warehouse logistics is autonomous, intelligent and efficient-and AI-based robotics is the key to this future.

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