Lunasol Logistics
Lunasol Logistics
Explore our top-tier robotic hardware ranging from autonomous valet parking platforms to heavy-duty collaborative picking arms.
An expert analysis of market indicators, integration challenges, and strategic technological deployment for international operations.
As international supply chains shift from linear processes to dynamic, demand-driven fulfillment ecosystems, global procurement departments face critical pressure to enhance picking accuracy, pack density, and physical footprint utilization. Robotic kitting systems, combining Automated Guided Vehicles (AGVs), Autonomous Mobile Robots (AMRs), and smart end-of-arm-tooling (EoAT) robotic manipulators, have emerged as the foundational pillar for achieving these goals.
The classical logistics framework, where workers traverse miles of aisles to collect individual parts for a kit, is rapidly being phased out. Enterprise procurement protocols now prioritize solutions that integrate intelligent software orchestration with hardware flexibility. Key market drivers include:
Located in Dalian City, Daian Lunasol Logistics Technology Co., Ltd. is a premier global innovator focusing on R&D, production, sales, technical support, and after-sales service in the fields of industrial automation and smart robotics.
Our comprehensive product line covers light-duty handling robots starting from 0.5 tons, medium-heavy lifting units ranging from 2 tons to 5 tons, and specialized heavy-duty industrial handling robots operating from 5 tons up to 100 tons. Our primary classifications include latent traction AGVs, roller conveyor AGVs, lifting AGVs, tractor AGVs, load-bearing flatbeds, forklift AGVs, and medium-heavy duty linkage multi-vehicle systems.
Tailoring autonomous transport fleets and manipulator arm geometries to specific industrial payloads and safety environments.
The piggyback AGV adopts a load-bearing body structure, which can be used to support workpieces and travel in all directions, enabling easy transportation of goods in various workshops or workstations. Multiple backpack AGVs can be used together to form an assembly line, replacing the assembly line and forming a flexible production line.
Forklift-type AGVs are widely used in fields such as heavy object lifting and heavy object transportation. They have a small turning radius and low requirements for channel size, making them ideal for high-density warehouse storage systems and dynamic pallet transport.
Supporting configurations from 5 tons to 100 tons, our heavy-duty linkage solutions synchronize multiple vehicle chassis to transport massive components, structural steel, or locomotive assemblies safely under advanced guidance systems.
In-depth insights into proprietary control algorithms, navigation topologies, and localized global compliance frameworks.
A core differentiator of the Daian Lunasol engineering ecosystem is our complete vertical integration. Rather than operating as a basic hardware integrator, we independently develop and manufacture the core components of our AGVs. This includes the proprietary AGV Guidance Controller, high-precision AGV Guidance Sensors, and advanced software layers.
Depending on the layout of the customer facility and the dynamics of the production line, we deploy multi-modal navigation technologies:
To support round-the-clock (24/7) operational timelines without manual intervention, our vehicles feature smart Lithium Battery Management Systems (BMS) coupled with automated online opportunity charging. The BMS monitors cell health, thermal gradients, and charge depletion rates in real-time, feeding this data back to the central fleet management dashboard. When an AGV enters an idle state or reaches a preset battery threshold, it autonomously navigates to a charging station, achieving a 1-hour fast charge cycle to maximize continuous workflow uptime.
Our technologies serve a diverse spectrum of global heavy-duty and precision sectors:
Visual directory of our active machinery, customized projects, and global industrial integration designs.
Ensuring cross-border compliance with CE, ANSI, and local workplace safety architectures.
As a global exporter, Daian Lunasol engineering systems are designed to comply with rigorous international standards. Our safety architectures feature multi-layer redundancy including active LiDAR safety zones, safety PLCs, mechanical bumpers, and emergency power-off triggers.
Fully compliant with EU Machinery Directives (CE), ISO 3691-4 (Safety of Driverless Industrial Trucks), and RIA R15.08 for collaborative robotic standards.
Seamless communication protocols allowing direct API links with major Enterprise Resource Planning (ERP) databases and Warehouse Management Systems (WMS).
Cloud-connected remote diagnostics platforms combined with localized regional technical partners to provide on-site calibration and mechanical servicing.
Resolving critical engineering and logistical integration inquiries from procurement managers and system architects.
Our automated guided vehicles support a comprehensive payload spectrum. We manufacture light-duty systems for payloads starting at 0.5 tons, medium-to-heavy units spanning 2 to 5 tons, and specialty high-capacity heavy industrial linkage platforms designed to transport payloads from 5 tons up to 100 tons.
Our proprietary AGV controllers and fleet dispatch systems support standard TCP/IP, Modbus, and web API protocols. This permits our software to connect directly with your Warehouse Management System (WMS) or Manufacturing Execution System (MES) to receive dynamic picking orders, coordinate product dispatch, and send real-time inventory updates.
We offer customized layouts utilizing Laser SLAM (Natural) navigation, QR code grid matrices, or magnetic tape. In dynamic environments with changing obstacles, Laser SLAM is highly recommended due to its infrastructure-free setup and rapid pathing adaptation via software updates.
Our safety systems comply with ISO 3691-4. Each vehicle is equipped with dual-laser safety scanners that configure adaptive warning and stop zones depending on speed. Additional safeguards include mechanical bumpers, visual warning projectors, acoustic alerts, and physical emergency stop switches.
Yes. Our integrated Lithium Battery Management System works alongside automated online charging stations. The system is programmed to guide the vehicle to charging bays during short operational pauses (opportunity charging), achieving rapid power recovery without taking the vehicle out of service for extended periods.
Review our high-speed palletizing and depalletizing robotic systems designed for global distribution hubs.
