Bring robots into real production environments. For factories, warehousing, campuses, and logistics handling scenarios, mobile operation robots take on high-frequency, repetitive, and standardized tasks.
Industrial sites are moving from fixed automation to flexible intelligent collaboration. With wheeled-manipulator robots, task orchestration, remote collaboration, and scenario adaptation capabilities, CyberPartner helps clients complete one task point first, then replicate across multiple routes, zones, and robots.
The core equipment combines the flexibility of a mobile chassis with robotic arm operation capabilities, enabling fixed-point delivery, lightweight picking, material transfer, workstation replenishment, tool handoff, and task patrol.
From line-side replenishment to in-warehouse transport, from tool delivery to campus distribution, industrial sites gain a more flexible, lighter, and more replicable intelligent execution unit.
Designed around real production tasks, we do not start with flashy demos; we start with on-site tasks that are verifiable and replicable.
Execute mobile tasks across production sites, warehouse areas, campus roads, and cross-zone spaces.
Supports picking, delivery, and on-site handover of lightweight items such as materials, tools, consumables, and bins.
Supports point setup, route configuration, task dispatch, status feedback, exception alerts, and remote collaboration.
Covers line-side material delivery, tool and consumable replenishment, turnover bin transfer, in-warehouse handling, cross-zone distribution, and standardized production environments across industries.
Provides robot selection, task package design, route planning, system configuration, remote collaboration, and scenario adaptation services.
Select one high-frequency task to validate robot execution performance.
Set task points, travel paths, and handover methods based on on-site movement flows.
Turn recurring tasks into standardized task packages and execution workflows.
Replicate across multiple workstations, routes, zones, and coordinated multi-robot operations.
