ODM/OEM > Comprehensive Custom Vehicle Solutions

This solution is built around our smart following handling cart, aiming to solve the problem of heavy carrying and inefficient mobility in daily life and workshop operations. Whether for personal use or industrial auxiliary, it brings unprecedented convenience and efficiency. 

Home & Daily Life Scenarios

In daily life, people often face the trouble of carrying heavy items during shopping, grocery shopping or picking up packages. Carrying multiple shopping bags, fruits and vegetables, or large packages for a long time will consume a lot of physical strength and affect the shopping experience. Our smart following cart perfectly solves this problem.

Equipped with advanced intelligent following technology, the cart can automatically follow the user at a safe distance (adjustable according to needs) without manual pushing. It supports intelligent obstacle avoidance and path planning, which can flexibly bypass pedestrians, obstacles and narrow passages in supermarkets, communities and streets. In addition, it can be remotely controlled at any time, allowing users to adjust the cart's position and speed through a mobile phone or remote control when they need to stop temporarily or change direction. It is small in size, light in weight and easy to store, making it an ideal helper for families, the elderly and people with limited mobility to go out and carry items.

 

Workshop Auxiliary Scenarios

In factory workshops, maintenance workers often need to carry a variety of tools, spare parts and testing equipment when inspecting, repairing and debugging equipment. Carrying these items back and forth not only increases the labor intensity of workers, but also may lead to tool loss or delay in maintenance progress. Our smart following cart provides an efficient auxiliary solution for workshop operations.

Workers can place tools, instruments and other items on the cart, and the cart will follow them synchronously during the maintenance process, eliminating the need for repeated trips to fetch tools. The intelligent obstacle avoidance function ensures that the cart can safely move in the workshop with complex environment, avoiding collisions with equipment, workbenches and other workers. It can also be switched to remote control mode when needed, allowing workers to control the cart to move to the designated position without leaving the maintenance point, greatly improving the maintenance efficiency and reducing the labor burden of workers. This solution is widely applicable to electronic factories, machinery manufacturing plants, auto repair workshops and other scenarios.

Targeting the pain points of low efficiency, high error rate and high labor cost in traditional warehouse handling, we have launched an automated warehouse handling solution based on our driverless handling vehicle for flat surfaces. This solution realizes full-process unmanned and automated handling, helping enterprises optimize warehouse logistics processes and improve core competitiveness.

Traditional warehouse handling relies heavily on manual operation of forklifts or manual handling, which has many problems: low handling efficiency, difficulty in meeting the needs of large-volume and high-frequency handling; high labor costs, requiring professional forklift drivers and handlers, and high training costs; easy to cause cargo damage or safety accidents due to human error; slow information feedback, difficult to realize real-time synchronization of cargo data with the warehouse management system.

Our driverless handling vehicle for flat surfaces solves these problems comprehensively. The vehicle adopts a pure wire-controlled chassis, which has high stability and reliability, and can adapt to various flat warehouse environments such as cement floors and plastic floors. It supports driverless operation, and can automatically complete loading, unloading, transfer and other tasks according to the preset path, without manual intervention, realizing 24-hour continuous operation and greatly improving handling efficiency.

In terms of system integration, the vehicle supports CAN bus docking, which can be quickly developed and installed, and seamlessly connected with the enterprise's existing warehouse management system (WMS), warehouse control system (WCS) and other systems. This enables real-time synchronization of cargo handling data, such as cargo location, handling quantity and handling time, realizing digital management of warehouse logistics. At the same time, the vehicle can be flexibly customized according to the enterprise's needs, such as adjusting the load capacity, body size and handling speed, to adapt to different warehouse layouts and cargo types (such as pallets, cartons, etc.).

This solution is suitable for various flat surface storage scenarios, including e-commerce warehouses, logistics distribution centers, manufacturing warehouses, cold storage (with special anti-low temperature design) and other fields. It can help enterprises reduce labor costs by 30%-60%, improve handling efficiency by more than 50%, and ensure the accuracy of cargo handling close to 100%, realizing the transformation and upgrading of warehouse automation.

Aiming at the difficulty of handling in outdoor rough terrain scenarios, such as orchards, tea fields, construction sites and quarries, we have developed an all-terrain autonomous navigation unmanned handling solution. This solution breaks the limitation that traditional handling vehicles can only operate on flat surfaces, realizing unmanned handling in complex outdoor environments and solving the pain points of difficult outdoor handling, high labor intensity and high safety risks.

Outdoor rough terrain scenarios have many challenges for handling work: uneven ground, stones, potholes and other obstacles are common, which requires handling vehicles to have strong passability; harsh outdoor environment (sunshine, rain, dust) puts forward higher requirements for the stability and durability of vehicles; manual handling in outdoor environments is not only inefficient, but also has potential safety hazards such as falls and collisions, especially in construction sites and quarries.

Our all-terrain autonomous navigation unmanned handling vehicle is specially designed for these scenarios. It adopts a high-performance all-terrain chassis, equipped with shock absorption and anti-slip tires, which can easily pass through uneven roads, gravel roads, muddy roads and other complex terrains, ensuring stable operation even in harsh environments. The vehicle supports two operation modes: remote control and path planning driverless. Users only need to set the starting point and ending point through the operation terminal (point-to-point dotting), and the vehicle can automatically plan the optimal path, avoid obstacles autonomously, and complete the handling task without manual follow-up.

In different outdoor scenarios, this solution shows strong adaptability:

• Orchards & Tea Fields: It can be used to transport fruits, tea leaves, fertilizers, pesticides and other items. The small and flexible body can move freely between fruit trees and tea plants, avoiding damage to crops. The unmanned operation mode saves a lot of labor, solves the problem of labor shortage in agricultural planting, and improves the efficiency of agricultural production.
• Construction Sites: It can transport construction materials (such as cement, sand, steel bars), construction waste and other items. It can adapt to the complex and changeable environment of construction sites, avoid the risk of manual handling, and ensure the safety and efficiency of construction progress.
• Quarries: It can transport stones, ore and other heavy materials. The high-load design and strong passability can meet the needs of heavy-duty handling in quarries, reduce manual labor intensity, and avoid safety accidents caused by manual operation.

In addition, the vehicle adopts IP67-level waterproof and dustproof design, and the core components are protected against harsh environments, ensuring long-term stable operation outdoors. It also supports automatic charging, which can meet the needs of all-day continuous operation, further improving work efficiency and reducing maintenance costs.

All our solutions are based on mature product technology and rich project experience, with the advantages of high reliability, strong adaptability and easy operation. We provide comprehensive after-sales support, including product installation, debugging, training and maintenance, to ensure that customers can use our products with confidence. Whether you are a purchaser looking for high-quality intelligent handling equipment, or a distributor wanting to expand the intelligent handling market, our solutions can bring you stable and considerable market returns.