PTP Smart Warehouse Software
PTP (Pallet-To-Person) Smart Warehouse software serves as the central system of the smart warehouse. It includes several key components, such as the WMS Smart Warehouse Management System, the WES Smart Warehouse Execution System, the WCS Smart Warehouse Control System and the RCS Smart Robot Control System, as well as a data platform and a simulation platform. This software is characterized by its high modularity and standardized interfaces. It uses advanced and efficient algorithms to manage and schedule various equipment, and optimizes resource allocation for tasks such as inbound and outbound operations, inventory management, realignment and handling.
Software Architecture
Core Advantage
Standard interfaces
The PTP software uses standard interfaces compatible with ERP, MES, SAP and other systems, supporting a variety of automated equipment for stereoscopic warehouses, such as wrapping machines, palletizing/de-palletizing robots, robotic arm and AGVs. This integration facilitates data interoperability and enhances operational efficiency.
System Coupling
The PTP Smart Warehouse Software offers multiple integration methods, catering to customer needs through black-box, gray-box and white-box modes. The system can be deployed either independently or in combination to suit various business scenarios.
Smart Algorithms
Our software is equipped with a sophisticated suite of smart algorithms, including those for task distribution, optimum routing and smart charging. It also features business algorithms designed for storage strategy, wave picking strategy, sorting strategy and platform strategy, all aimed at continuously boosting operational efficiency.
Swift Deployment
By entering a customer’s specific scenario requirements into our simulation system and running tests with simulated robots, we can collect data and validate the warehousing solution in advance. This process enables customers to identify the most efficient warehouse design and achieve quick deployment capabilities.
PTP Software
WMS
Smart Warehouse Management System
It empowers smart warehouse material management systems for various scenarios, including procurement, production and sales. The system supports multi-warehouse management, providing features such as order management, basic data management, platform scheduling and inventory visibility. It offers excellent scalability and flexibility, allowing for integration of functions across various industries to meet diverse requirements. In addition, the WMS includes comprehensive statistics and BI modules that help warehouses make informed decisions quickly, achieve precise management and enhance overall operational efficiency.
WES
Smart Warehouse Execution System
It is an efficient warehouse execution system tailored for automated order processing. This software features a modular design that flexibly integrates a variety of containers, robots and workstations, enabling smart tasks such as material storage and retrieval, handling, picking and sorting. It can automatically identify the operational dynamics and equipment conditions in both automated stereoscopic and traditional warehouses, selecting the best storage strategy, fully coordinating equipment usage and improving overall operational efficiency.
WCS
Smart Warehouse Control System
It is a scheduling system designed to execute automated task breakdowns and collaborative operations across various devices. Through the use of core algorithms, tasks such as pallet handling, material sorting, and picking are transformed into collaborative processes among various robots. Operational efficiency can be maximized by smartly organizing device management procedures. In addition, the system is equipped with storage management and operation monitoring features. It can automatically match available devices and optimize the scheduling of the global device layer for maximum efficiency, stability, security, among other aspects.
RCS
Smart Robot Control System
Multiple robots are built in the same field scheduling, and the spatial model conflict detection algorithm of the shuttle is used to achieve shuttle following, congestion detection, deadlock avoidance, obstacle avoidance and other logic. The time window thermal algorithm is used to predict the position of the shuttle in space and time dimensions, perform optimal path planning, intelligent charging, and realize the efficient operation of multiple shuttles.
WMS
Autonomous scheduling of task flows
Process Modules Arbitrarily Programmed Quickly match the new business
Hotness analysis of goods/tasks
Idle stocking, lane planning Autonomous decision-making for mixing and non-mixing
Fine management of materials across the region
Material lifecycle management Inventory interoperability, Eliminating information islands
WCS
Quick combination of multiple equipment
3-minute quick deployment for equipment expansion
Multi Equipment Task Balance
Dynamic allocation of equipment according to the number of tasks Dynamic adjustment of routes according to equipment status
Equipment Parallel Scheduling
Plan moves in advance Reduce waiting time
RCS
Flexible Combination Cluster Route Planning
Route elapsed time penalty (Heat map+ Route Planning) Avoid blocking and eliminate deadlocks
Dynamic Autonomous Group Charge
Full Database of Information Integration Charge time strategy and location strategy
Multi-scenario analysis Intelligent Task Decision Making
Planning Shuttle Floor Changes Failure task switching
Contact Us
Zikoo Robotics
Contact ZIKOO Robotics automation experts and learn how we can increase your operating efficiency and increase storage density.
Address
4F, Building 4, No. 170-1 Software Avenue, Yuhuatai District, Nanjing, China
Phone
(+86)-13851470374