GLOBAL-ADAPTIVE HIGH-EFFICIENCY AUTOMATION ACCESSORIES & SOLUTIONS

The Tasker E&C-Series Robot Charging Station is the dedicated “energy recharging hub” for the E and C Series robots. With intelligent control, dual-mode charging, and safety protection at its core, it ensures efficient and safe endurance for the robots:

• Intelligent Centralized Control: Supports wireless communication and centralized system control, allowing remote visualization of charging status and energy allocation, enabling efficient coordination of multi-robot charging networks.
• Flexible Dual-Mode Charging: Supports switching between manual and automatic modes. Automatic mode allows the robot to dock and charge independently, while manual mode accommodates temporary charging needs, adapting to charging schedules in various scenarios, such as production lines and warehousing.
• Multi-Layered Safety Protection: Features include anti-electric shock protection, electrode exposure protection, and foreign object detection. It also includes real-time temperature and current monitoring, overcurrent, overvoltage, and overtemperature protection, and intelligent heat dissipation, providing a robust safety barrier from the physical to the electrical level.
• Intelligent Identity: Integrated charging identity recognition and access verification ensure only compliant devices are connected, avoiding energy waste and device conflicts, ensuring precise and efficient charging management.
• High-speed communication and interconnection: Equipped with dual-band WiFi and mobile 5G communication modules, it ensures real-time communication of charging data, facilitating intelligent energy network upgrades for smart logistics systems.

As the exclusive energy partner for the E and C Series robots, its core capabilities of intelligence and safety ensure 24/7 efficient operation of the robots, serving as the endurance cornerstone for the stable operation of smart logistics systems.

The Tasker F Series charging station serves as the “energy supply hub” for intelligent logistics robots. Leveraging three core advantages: intelligent control, safe charging, and multi-mode adaptability, it provides efficient and safe energy for the robots:

• Intelligent Full-Link Control: Equipped with dual-band WiFi and mobile 5G communication modules, it supports wireless communication and centralized system control. Charging status and energy distribution can be remotely visualized, enabling efficient collaboration between the robot charging network.
• Flexible Dual-Mode Charging: Supports manual and automatic mode switching to adapt to charging needs in different scenarios. Automatic mode allows the robot to dock and charge autonomously, while manual mode is suitable for temporary charging or debugging, providing maximum flexibility.
• Safety and Intelligence: Equipped with anti-electric shock protection, electrode exposure protection, and foreign object detection, it provides a strong physical barrier to safety. Real-time temperature and current monitoring, overcurrent, overvoltage, and overtemperature protection, and intelligent heat dissipation ensure safe and reliable charging.
• Intelligent Identity: Supports charger identity recognition and access verification to ensure only compliant devices are connected to the charger, avoiding energy waste and device conflicts, and enabling more precise charging management.

Whether it’s centralized charging management for large-scale robot swarms or flexible charging in multiple scenarios, the F-series charging piles, with their core capabilities of intelligence and safety, have become the “energy foundation” for the stable operation of intelligent logistics systems, helping robots operate efficiently and uninterrupted 24 hours a day.   

The Tasker wireless control box is the “nerve center” of the intelligent logistics system. With three core selling points: full interface coverage, multi-device compatibility, and customizable expansion, it serves as a core platform for device linkage and system integration:

• Full interface matrix, seamless interconnection: Equipped with multiple switch I/O interfaces, including RJ45 wired network ports and RS232/485 communication interfaces, it supports wired networks, dual-band WiFi, and 5G networks. This enables full data interoperability from the hardware to the network layer, laying a solid foundation for intelligent device linkage.
• Multi-device compatibility, unlimited scenario coverage: Supports the integration of various types of devices, including automatic doors, elevators, and traffic lights, and is also compatible with the integration of third-party devices into the system. This enables device collaboration across multiple scenarios, from production lines to warehousing, breaking down barriers to device connectivity.
• Customizable expansion, unlimited adaptation to meet specific needs: Supporting customized logic and multiple protocol development, it can tailor solutions to enterprise logistics processes and device ecosystems, flexibly adapting to the intelligent needs of different industries and scales, becoming the “flexible core” of the intelligent logistics system.

With its powerful interface capabilities, device compatibility and customization properties, it helps enterprises achieve intelligent upgrades in device interconnection and data interoperability, and promotes efficient collaboration and transparent management of logistics processes.

Lift Conveyors are core equipment for intelligent vertical transport in logistics. They focus on efficient roller-type lifting of loads up to 1 ton. With three key selling points: heavy-load compatibility, multi-device integration, and flexible adaptability, they bridge gaps in vertical logistics.

• Heavy-load, precise lifting: With a rated lifting capacity of 1 ton and a lifting height of 680mm (flexibly adjustable from 170-850mm), they adapt to the vertical flow of heavy materials in roller conveyor applications, delivering stable lifting and precise material positioning.
• Seamless integration with multiple devices: Supports integration with conveyor lines, vertical warehouses, E-series APRs, C-series robots, and manual forklifts, creating an integrated logistics chain of “roller conveying – vertical lifting – intelligent transport.” This allows for a wide range of compatible equipment, completely breaking down equipment barriers in vertical logistics.
• Flexible pallet compatibility: Compatible with pallets of varying sizes, roller elevators cover a wide range of categories, including automotive parts and industrial raw materials, eliminating the need for pallet specifications and offering exceptional adaptability.
• Compact Layout and Efficient Deployment: Measuring 2218 (L) x 1468 (W) x 1748 (H), the system offers strong adaptability and can be quickly deployed in production lines, vertical warehouses, and other scenarios. This helps enterprises upgrade their vertical logistics automation and significantly improve the efficiency of heavy-duty roller logistics.

From vertical distribution of roller materials on production lines to pallet-level management in intelligent vertical warehouses, roller elevators, with their core capabilities of heavy-load compatibility and multi-device integration, have become key equipment for vertical logistics automation in roller-based environments. They help enterprises overcome bottlenecks in vertical transfer efficiency and achieve cost reduction and efficiency improvements across the entire supply chain.

The Forklift Lifting Attachment is a core piece of equipment for intelligent vertical transport logistics. Focused on precise lifting of 1-ton loads, it reshapes vertical logistics efficiency with its three key selling points: “High Efficiency for Heavy Loads + Multi-Scenario Adaptability + Seamless Integration”:

• Precise Height Control for Heavy Loads: With a rated lifting capacity of 1 ton and a lifting height of 700mm (flexibly adjustable from 300-1000mm), it meets heavy-load demands such as restocking on production lines and storing and retrieving pallets in vertical warehouses. It provides stable lifting and zero deviation in positioning.
• Flexible Compatibility with Multiple Pallets: It can accommodate pallets of varying sizes, covering a wide range of material categories, including automotive parts and industrial raw materials, with exceptional adaptability, eliminating the need for carrier specifications.
• Full-Chain Equipment Integration: It seamlessly integrates conveyor lines, vertical warehouses, and E-Series APR robots, creating an integrated “horizontal-vertical” logistics chain. This integration significantly outperforms traditional equipment, completely eliminating gaps in vertical logistics.
• Compact Layout and Efficient Operation: Measuring 1441cm (H) x 2070cm (W) x 1990cm (L), the main unit offers strong adaptability and can be quickly deployed in production lines, warehouses, and other locations, helping enterprises upgrade their vertical logistics automation and significantly improving heavy material transfer efficiency.

From vertical distribution of heavy raw materials on production lines to hierarchical pallet management in intelligent vertical warehouses, forklifts, with their core capabilities of heavy-load efficiency, have become key equipment for vertical logistics automation, helping enterprises overcome bottlenecks in vertical transfer efficiency and achieve cost reduction and efficiency improvements across the entire supply chain.