Our Advantages:
For these industries and more, Hai Robotics has researched the unique challenges these industries are facing worldwide, which include but are not limited to:
HaiPick System 1 is our essential goods-to-person solution that offers superior flexibility and scalability to improve warehouse operational efficiency and reduce unused storage space. Backed by our pioneer Autonomous Case-handling Mobile Robot (ACR) technology, our foundation system solution empowers businesses to take the first step to modernize their warehouse operations. HaiPick System 1 reduces overhead costs, centralizes and digitizes their data analysis, and optimizes existing storage density by 400%.
Built upon our unrivaled global industry expertise, our HaiPick System 1 takes innovation to new heights, empowering growing enterprises to further enhance and sharpen their competitive advantages. With its advanced features and unparalleled functionalities, our Essential Goods-to-Person Automated Picking System offers:
HaiPick System 2 is our tandem Autonomous Case-handling Mobile Robot (ACR) and Autonomous Mobile Robot (AMR) goods-to-person solution that offers superior versatility and compatibility to improve warehouse operational efficiency and increase storage density.
By enabling the storage of various-sized products together in a single area rather than separately, HaiPick System 2 maximizes vertical racking space and leads to a smaller warehouse footprint and simplified inventory management.
HaiPick System 2 provides up to 5 times more storage density in existing facilities. It additionally centralizes and digitizes workflows for superior data analysis and offers 6 times operational efficiency.
HaiPick System 3 is an innovative solution that offers superior flexibility and scalability to improve warehouse operational efficiency and maximize existing storage capacity significantly.
Backed by our pioneer Autonomous Case-handling Mobile Robot (ACR) technology and supported by our K50 Autonomous Mobile Robot (AMR), our ultramodern system solution empowers businesses to reduce costs, centralize and digitize their data analysis, and meet crucial consumer demand goals.
The A42-series offers picking and storage of cases up to a height of 5.2m (17.1 feet). The series consists of four models which handle a wide range of case dimensions and types. Compatible plastic tote and carton box in different sizes.
The HaiPick A42 utilizes advanced robotics technology to streamline the storage and picking process in warehouses and distribution centers. This innovative robot is designed to navigate through narrow aisles and pick up items with ease, making it an ideal solution for businesses that require efficient and cost-effective storage solutions. Not to mention, our Haipick A42 robots work seamlessly with our robotic workstations, resulting in significant efficiency gains. To explore how the HaiPick A42 warehouse storage robots work, you can watch videos that showcase the robot in action.
The HaiPick A42T Telescopic Lift ACR is the world's first ACR that can pick and store plastic totes and carton boxes at a dizzying height of up to 10m (32.8 feet). Increase your warehouse storage density even further with the A42T.
Using warehouse vertical space to improve your storage density can be a game-changer! The HaiPick A42T provides ultra-high storage and picking capabilities reaching up to 10m high. Compared with traditional AGVs or other automation technologies, HaiPick A42T possesses a smaller body, making it more convenient, speeding up deployment, and improving overall project implementation. Watch this video to learn more about how the HaiPick A42T can help you take your warehouse storage and picking to the next level.
With up to 5.5m(18 feet) picking height, the A3 series provides high utilization of storage space. Adaptable to manufacturing operations, the series can store, pick and move goods of different shapes such as tires, trays and foam boxes. Our autonomous warehouse robots are also suitable for dust-free requirements, handling goods such as PCBs.
To gain a deeper understanding of how the HaiPick A3 Fork-Lifting ACR operates, you can watch videos that demonstrate the warehouse robot in action. The video provides a view of how HaiPick A3 integrates innovative technology to provide totally safe and flexible warehouse automation. One of the key features of the HaiPick A3 is its lifting fork, which is capable of handling materials of various regular shapes, such as material trays, totes, and carriers. This is perfect to automate the transport of a wide range of loads and applications in different environments.
HaiPick A42-E6 Grappling Hook Automated Case-handling Mobile Robot (ACR), has been specially designed to handle totes stored on single- up to triple-deep racks, and its maximum payload can reach up to 300 kg. With this state-of-the-art product, you can experience enhanced storage density and area efficiency.
The Grappling-hook ACR A42-E6 adopts hook to directly place and retrieve totes, with smaller horizontal case spacing and zero longitudinal case spacing, higher picking and placing efficiency. This significantly improves the warehouse's storage density and floor efficiency.
Our Second-Gen A42T Automated Case-handling Mobile Robot (ACR) is the world's first telescopic ACR with a Chain-Pick system powered by a solo hook. The grappling hook's Chain-Pick system can haul up to three interlocking totes at once from racks and carry up to eight in its multi-storage tray tower.
Our Grappling-Hook ACR revolutionizes storage density with Chain-Pick technology, reducing the gap between totes by ~60% to 40mm. The Chain-Pick technology eliminates space between the front and back of totes to 0.0mm, allowing facilities to maximize storage space with 3-deep tote racks.
In the complete Goods to Person solution, HaiPick robots are dedicated to improving transport efficiency from warehouse to workstation. Hai Robotics also developed HaiStation, which is used to improve the efficiency of workstations to order cases.
HaiStation is a product portfolio that is composed of including HaiPort workstation, conveyor, put wall, buffer wall, workstation, robotic arm, etc. As the backend of the whole warehouse solution, HaiStation provides ultra-efficient case loading and unloading connections to frontend robots with safe human-robot interactions.
HaiPort-powered workstation is an automatic loading and unloading machine. It is composed of HaiPort, conveyor, visual Kanban, put wall, pick to light system, and can easily dock with HaiPick ACR to automatically unload, transport, and load cases from the robot's storage tray, optimizing inbound and outbound processes.
The workstation enables more efficient loading and unloading of cases. It can load 8 cases in 3 seconds and unload 8 cases in 5 seconds, which significantly increases HaiPick ACR's efficiency.
Its modular design, flexibility, and easy transport capabilities support rapid increase/decrease of equipment, meeting high efficiency and low cost requirements. Workers and storage robots are separated to ensure safety. The ergonomic design of the on-robot picking workstation delivers convenient operation, high efficiency, and low cost.
The on-conveyor picking workstation automatically conveys the cases unloaded by the HaiPick robot or the cases that need to be loaded, realizing automated storage and retrieval functions. It is composed of a conveyor line, visual Kanban, shelves, and pick to light system.
It offers an ergonomic design, the workers and HaiPick robots are indirectly connected, and the goods can be sorted on the conveyor line without too much movement. It delivers convenient operation and efficient warehousing.
HAIQ" is an intelligent software platform that leverages advanced algorithms to streamline order fulfillment and inventory management. It serves as the central command for inbound, outbound and inventory management, seamlessly integrating with other devices.
Hai Robotics Warehouse Execution System (WES) is a smart system that seamlessly interfaces with upstream systems such as ERP, WMS, MES and supports operations such as outbound, inbound, inventory check, stock consolidation and material handling. The system features flexible workstation configuration and operation strategies, such as order grouping, order splitting, wave rule and heat strategy.
* Convenient Upstream System Access
We have experience in implementing projects with well-known ERP and WMS vendors, allowing for flexible field configuration to meet various docking requirements.
* Efficient Configuration and Algorithms
Configure workstation operation rules, support business strategies such as grouping and splitting orders, and have intelligent and efficient algorithms.
* Standard Deployment Plan
It has high availability with automatic switching in case of failure, as well as load balancing and data disaster prevention features.
* Stable and Secure Platform
Capable of processing up to 10,000 external requests per second. The data communication between robots uses encrypted components.
Hai Robotics Equipment Scheduling System (ESS) integrates robots, equipment, and physical environment information into a unified management system, including task management, resource management and other functions. It receives instructions from upstream systems to control various types of warehouse robots to perform material handling tasks.
* Rich Equipment Integration
Integrated with HaiPick, HaiPort, HaiFlex, conveyors, pick to light system, emergency stop switches, guard doors, etc.
* Multi-type Robot Mixed Field Operation
Mixed scheduling of multiple types of AGVs, such as scheduling HaiPick, HaiFlex.
* Efficient Task Linking
Multiple devices work in parallel to complete related tasks, reducing mutual waiting.
* Large-scale Robots Scheduling
Capable of scheduling over 1000 robots.
The Data platform collects and integrates data from various systems, including WES, ESS, and Robots. It centralizes the processing of data related to warehouses, robots, equipment, personnel, and commodities.
Using intuitive and easy-to-understand visualization interface, the value of data analysis can be demonstrated, such as warehouse traffic, work efficiency, providing management and decision-making basis for business managers.
The Simulation Platform creates a virtual warehouse by inputting map files, order files, inventory files, and demand configurations. By incorporating the actual customer scenario's demand parameters, the platform conducts a 1:1 simulation.
Using the simulation results of robot operations, the project plan is swiftly verified, and strategies and on-site configurations are promptly adjusted to promote the best solution. This helps customers achieve maximum project benefits.
As the intelligent brain of the HAI Q system, the Algorithm Platform is responsible for the analysis, computation and decision-making of various systematic scenarios. Intelligent analysis, high-efficiency computing and smart decision-making remarkably improve the operating efficiency of the system to the greatest extent.
* Order Allocation Algorithm
Select orders from the order pool and assign them to workstations to maximize order timeliness, picking efficiency, and workload balance.
* Task Allocation Algorithm
Assign tasks to robots to ensure optimal transport efficiency and timely completion of transport tasks.
* Path Planning Algorithm
Minimize robot travel distance, achieve robot avoidance, queueing, and other actions, and reduce workstation downtime.
* Charging Algorithm
Provide stable and sufficient robot transport resources to ensure efficient completion of warehouse operations.
The Charging Station is a DC charging product that is developed by Hai Robotics independently. It is designed for the intelligent charging of HaiPick series robots. It features a user-friendly display screen that displays machine status, including plug-in connection, charging, and communication. The charging station provides various interfaces and functions and is easy to use. Through the Ethernet port, a management system can monitor the charging status between the station and a robot remotely. This charging product integrates multiple protection mechanisms to provide safe and reliable DC charging services.
As the global fashion industry continues to grow, its supply chain is facing increasingly complex challenges. Companies are now more sensitive than ever to order fulfillment times, and require a more agile, intelligent, and efficient system to ensure a rapid turnover of goods. This not only improves the responsiveness of the supply chain but also reduces the risk of inventory overstocking.
Hai Robotics has introduced a highly flexible and efficient logistics solution tailored to the unique needs of the fashion industry. With a complete process and various scenarios catered to this sector, it offers a powerful solution to address these challenges.
As consumers become increasingly diverse and individualized, the pursuit of better user and delivery experiences has presented higher demands for E-commerce companies. They now need to fulfill orders faster, manage a massive number of SKUs, handle a doubled order volume, and manage increased return orders.
Hai Robotics offers smart logistics solutions for E-commerce companies to help them easily handle the surge in orders during peak promotion seasons. With our innovative technology and expertise, we help streamline the fulfillment process, enabling companies to meet the increasing demands of their customers.
In today's business landscape, market instability factors are on the rise, leading to intensified competition in the retail industry. Given the challenges of managing increasing warehouse logistics costs, labor shortages, and unpredictable consumer demand, the retail industry is focusing more and more on building a flexible supply chain to adapt to the dynamic market environment.
In this context, Hai Robotics presents intelligent warehousing solutions to help the retail industry address the efficiency challenges of warehouse and logistics management. By leveraging innovative technology, Hai Robotics can help retailers streamline their operations and optimize their supply chain to meet the demands of a rapidly changing market.
The grocery industry is in the midst of transformation, presenting new challenges for supermarkets, hypermarkets, discount stores, convenience retailers, and e-grocery platforms. From the demand for affordable food to diverse in-store experiences and seamless fulfillment, the industry faces ever-increasing expectations. In this dynamic landscape, traditional methods struggle to overcome obstacles such as labor costs, volatility, SKU increases, and seasonal fluctuations.
Discover the power of our ACR solutions (Autonomous Case-handling Mobile Robot) – your key to conquering the challenges of modern grocery fulfillment. Embrace automation and technology, scale systematically, and meet high volatility in customer demands head-on.
With the world's population aging and the incidence of disease on the rise, healthcare spending as a proportion of GDP continues to increase. Coupled with the growing emphasis on improved health standards, the healthcare industry is poised for continued growth in the years ahead.
To help pharmaceutical companies meet the demands of this expanding market, Hai Robotics offers complete process automation solutions for pharmaceutical logistics. By leveraging advanced technology, these solutions can achieve high levels of accuracy and efficiency in inbound and outbound processes, helping companies streamline their operations and meet the evolving needs of their customers.
As consumer preferences continue to shift towards greater personalization and customization, production modes are evolving towards small batches with multiple varieties. This trend towards flexibility is placing higher demands on supply chains, requiring fine management, rapid response times, and high levels of efficiency.
To help electronics manufacturers meet these evolving demands, Hai Robotics offers intelligent warehousing solutions designed to address the efficiency challenges of warehousing and logistics management. By leveraging innovative technology, these solutions can help manufacturers optimize their supply chain operations and streamline their logistics processes, enabling them to respond quickly and effectively to the demands of the market.