Migration Technology 3D Industrial Camera in Practice: Millimeter-Level Precision Empowers Intelligent Depalletizing

In fast-moving consumer goods industries such as pharmaceuticals and food, the depalletizing of totes has long relied on manual forklift handling, resulting in low efficiency, high labor intensity, and potential damage to products inside the totes.

Against this backdrop, Migration Technology, leveraging its independently developed core 3D industrial camera technology, provided a customized solution for an industrial enterprise's intelligent depalletizing project. With millimeter-level precision and second-level response, it addresses industry pain points and injects key driving force into enterprise automation upgrades.

Core Technology

Migration Technology's Epic Eye Log L 3D industrial camera is the core support of this project. It integrates self-developed imaging and recognition algorithms, with all parameters verified through practical applications. Its core advantages are solid and controllable, serving as the "eye" and "brain" of intelligent depalletizing. Millimeter-Level Precision Camera visual repeat positioning accuracy reaches ±1.5mm, guiding the robotic arm to achieve ±3mm grasping accuracy, perfectly matching the precise positioning requirements of tote depalletizing, eliminating issues such as grasping offset or dropping. Rapid Response Photography and algorithm processing are efficiently coordinated without additional waiting, accurately matching on-site feeding rhythm. Full-Stack Self-Developed Full-stack independent R&D of "hardware + software," paired with the self-developed ATOM algorithm platform and Epic Pro guidance software, eliminates external dependencies, enables rapid algorithm iteration, and ensures stable and reliable hardware.

Workflow

Based on the actual production requirements of the project, Migration Technology uses the 3D industrial camera as the core, deeply collaborating with the robotic arm to build a fully automated depalletizing system covering "photography - recognition - positioning - grasping - unloading," featuring flexible deployment and convenient operation.

Trigger Photography: When the material stack is in place, the system automatically triggers the 3D camera to accurately capture the top layer of totes, quickly collect tote pose information, and generate clear point cloud data. Algorithm Processing: Using the self-developed ATOM algorithm platform, point cloud data preprocessing and pose correction are quickly completed, accurately outputting the position coordinates of each tote, ensuring no positioning deviation. Precision Grasping: The camera transmits pose information to the robotic arm in real time, guiding the gripper to precisely position on the tote handles, enabling stable grasping and avoiding box damage. Efficient Operation: Supports seamless switching between two stacks. The robotic arm alternately depalletizes two material stacks, with the cycle fully adapting to on-site production requirements, achieving efficient continuous operation.

Customer Value

The successful implementation of this 3D vision depalletizing solution not only resolves core pain points of traditional depalletizing but also brings tangible value improvements to the enterprise, helping it achieve high-quality development. Improved Efficiency, Reduced Labor Costs Automated process operation replaces manual depalletizing, significantly improving depalletizing efficiency while reducing labor input and avoiding losses caused by manual operation errors. Precision and Stability, Reduced Wear and Maintenance Costs Millimeter-level precision ensures zero grasping deviation, reducing box damage rates. The camera, verified through projects, exhibits strong stability during long continuous operation, reducing downtime and maintenance costs. Flexible Adaptability, Supporting Capacity Upgrades Compatible with totes of different specifications. New products can be quickly introduced into the algorithm without large-scale equipment modification, adapting to enterprise capacity upgrades and product iteration needs.

The successful implementation of this depalletizing project once again confirms the core technical strength and practical applicability of Migration Technology's 3D industrial camera solutions. We do not overstate advantages or pile up concepts but provide reliable support for industrial enterprise automation upgrades with solid technology and visible implementation results.

In the future, Migration Technology will continue to deepen its presence in the 3D vision field, iteratively optimize 3D industrial camera products and solutions, empower more industrial scenarios with more precise, efficient, and user-friendly technology, help enterprises reduce costs, improve efficiency, achieve intelligent transformation, and jointly move towards a new era of industrial automation.