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.

By allowing products to be stored together in a single area rather than separately, this solution maximizes the vertical rack space, leading to a small warehousing footprint and simplified inventory management. Besides, product convergence or order integration is not required in workstations that allow for mixed picking, resulting in improved throughput efficiency. Thus, this solution is highly adaptable to various  business scenarios, including those with heavy warehouse traffic, irregular objects, full-tray picking,  and piece picking in industries such as apparel and  footwear, retail, 3PL and e-commerce.

By allowing products to be stored together in a single area rather than separately, this solution maximizes the vertical rack space, leading to a small warehousing footprint and simplified inventory management. Besides, product convergence or order integration is not required in workstations that allow for mixed picking, resulting in improved throughput efficiency. Thus, this solution is highly adaptable to various  business scenarios, including those with heavy warehouse traffic, irregular objects, full-tray picking,  and piece picking in industries such as apparel and  footwear, retail, 3PL and e-commerce.

ACR-based Automated Storage and Retrieval System (ASRS) allows companies to save on high upfront investments by scaling up or down our ACRs to respond to consumer demand in real-time and due to their rapid deployment time of within 1-2 months of equipment arrival.
 

Apparel & Footwear

Retail

3PL

E-commerce

Healthcare

Automotive

Electronics

Cross-border e-commerce

For these industries and more, Hai Robotics has researched the unique challenges these industries are facing worldwide, which include but are not limited to:

• Increased consumer demand

• Rising real-estate and labor costs

• Sustainability and energy conservation

• Economic and political uncertainty

• Convenient & Fast
• Real-time Display
• Theree Operation Modes
• Smart Charging
• Fast Charging
• Multi Protection Mechanism
• Adapt to Extremely Harsh Environment

* 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.

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.

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.

* 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.

* 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.

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.

• Intelligent Sorting
• Easy to Operate
• Safe & Comfortable
• High Efficiency

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.

• High Efficiency- handles up to 8 cases at once, fully loading/unloading handoffs in seconds.
• Best and Fastest- Loads 8 cases in 3 seconds.
• Human-robot Cooperation
• 400% Faster
• Efficient Deployment
• Product Safety

Picks a Wide Variety of Materials:
Trays, tires, foam boxes, and many others, meet the needs of manufacturing industries, such as electronics, automotive, etc.

Class10000 Cleanliness and Anti-static:
The load handling device is dustproof and anti-static, suitable for handling goods such as PCBs.

Customizable:
A large range of standard customizations is available. The A3-series can work with different types of shelves, conveyors and other docking equipment.

Integration Flexibility:
As with any HaiPick-series, the software platform can integrate with almost any upstream software platform for the purpose of orchestrating and automating processes within warehousing and manufacturing.

Product Safety:
CE+NRTL certified.

Maximum Picking Height 10m (32.8 Feet):
Improve storage density by up to an additional 100% compared to the regular A42.

World's First Telescopic ACR:
Utilize your warehouse space even more efficiently by picking and storing 30kg (66.1 lbs) payloads up to 10m (32.8 feet) high.

High Efficiency:
The A42T has multiple storage trays to carry up to nine payloads simultaneously, which greatly improves picking efficiency.

Flexible Payload Dimensions:
The robot supports separate and mixed picking of plastic totes and carton boxes.

Product Safety:
CE+NRTL certified.

High Efficiency: 
With multiple storage trays, our automated warehouse picking robot can handle up to 9 cases simultaneously. This greatly improves warehouse picking efficiency.

Flexible Payload Dimensions:
The robot supports separate and mixed picking of plastic totes and carton boxes. The robot can handle a wide range of case dimensions and types.

Flexible and Scalable:
Users can re-use existing racks and totes if they fit all requirements. Our automated warehouse picking system can also be easily deployed in a small part of the warehouse and scaled up to a bigger installation as the user's business grows.

Efficient Deployment:
Our robotic warehouse automation system can help you rapidly automate your warehouse without impacting any running operations.

Product Safety:
CE+NRTL certified.