iWMS-1000 Intelligent Warehouse Management System

Secondary development ecosystem

iWMS empowers users for development on the basis of 4 open elements to achieve intelligent manufacturing comprehensively.

Resource libraries

Provided with 3 reusable resource libraries that can be accumulated, iWMS supports orchestrating 100+ industry applications.

Industrial adaptation

By employing low-code elements, iWMS supports process orchestration of different industries to meet requirements.

Business Simulation

Warehouse business simulation platform can restore the on-site business process and simulate the real operation system. Both simulation execution and quantitative data analysis of the business process under the solution can be carried out through different configurations such as site layout, route planning, task parameter, order structure, and AMR operating parameter. The simulation platform helps customers seek the optimal configuration during the project implementation cycle, so that they can evaluate effectively and make decisions on the overall solution.

Application Cases

Hikrobot has developed many benchmark cases for various industries, including consumer electronics, automobile,manufacturing, logistics, pharmaceuticals, shoes and clothing.

FAW Jiefang Carrying Project AMR type: 200+ LMRs	Inbound: Detecting goods, carrying, and inbound via RFID and AMR Materials preparation: Picking and getting the materials ready for small materials, and managing inventory of materials preparation. Lineside delivery: Delivering large materials to the production line directly and performing outbound tasks in sequence. Delivering small materials to the specified rack for materials preparation. Returning empty: Manually or automatically replenishing containers that returns empty from the production line to the inbound dock.
Sunrise Smart Logistics Project AMR type: 325 LMRs and 3 battery swap stations	Inbound: Detecting goods, carrying, and inbound via RFID and AMR Materials preparation: Picking and getting the materials ready for small materials, and managing inventory of materials preparation. Lineside delivery: Delivering large materials to the production line directly and performing outbound tasks in sequence. Delivering small materials to the specified rack for materials preparation. Returning empty: Manually or automatically replenishing containers that returns empty from the production line to the inbound dock.
Guilin Kaifa Technology Intelligent Logistics Project	The project covers the typical and full-scope business processes of the whole factory in consumer electronics manufacturing, including raw material inbound (purchasing, allocation, transferring, and production return), raw material outbound (production, allocation, and transferring), production handling (raw material handling and delivery, temporary storage/handling of semi-finished products, and finished products out of production line), and finished products inbound and outbound. With intelligent warehouse management system (iWMS), the project greatly reduces the work intensity of workers and improves the efficiency of picking and distribution, increasing the picking efficiency of single work order by 30% and saving 40% of the workload of logistics personnel in factory.

Application Cases

Dashenlin Project

The project has deployed 26 CTUs and 7 manual picking stations. After the project was implemented, it was found that the number of picking tasks varied between manual picking stations, resulting in a loss of overall picking efficiency. Finally, order applying and allocation strategy were optimized through simulation analysis to keep the tasks of each picking station balanced and raise the upper limit of efficiency.

Shunde VMI Smart Warehouse Project

Different combinations of inbound and outbound docks lead to differences in efficiency. The project has deployed 2 inbound docks and 2 outbound docks. At the project appraisal stage, the optimal layout of the inbound and outbound docks was determined according to the simulation analysis of the onsite map.