Automated warehousing equipment depends on welded metal components that can be produced consistently, finished properly, assembled efficiently, and delivered on schedule. For OEM projects, repeatable batch production is often just as important as individual part accuracy.
For another welding-capacity example, see how Likai Metal adjusted a custom Panasonic robotic welding station for long OEM metal frame orders to support repeatable production and delivery.
This project case shows one production flow for welded components used in smart warehousing and automated storage systems. After cutting, forming, welding, and dimensional checking, the parts are staged in batches before surface treatment and final delivery preparation.
Welded Components for Automated Warehousing Projects
The components shown here are part of a repeat-order production program for automated warehousing equipment. These parts are used as structural or support components within a larger assembly, where accurate dimensions, stable weld quality, and consistent hole positions all affect the final installation.
Likai Metal supports this type of OEM work through batch fabrication, fixture-assisted welding, and practical inspection steps that keep each production lot aligned with the drawing requirements. The goal is not only to make one acceptable part, but to keep the same standard across the full batch.
Prepared for Cold Galvanizing and Final Assembly
After welding and inspection, the parts are prepared for cold galvanizing surface treatment. A zinc-rich cold galvanizing process can help improve corrosion resistance for steel components before they move into assembly, packing, and export delivery.
This step is important for automated warehousing projects because many components need to work together as a system. Surface condition, coating consistency, and clean packing all help reduce problems during customer assembly and site installation.
Consistent Standards Across Batch Production
For production runs like this, Likai Metal focuses on unified standards across the full workflow. The same drawing requirements, welding sequence, inspection points, and packing method are applied from the first batch to the final shipment.
Automation and fixture control help improve repeatability, especially when welded components must match other parts in a larger warehousing system. This is where our robotic welding services and custom metal fabrication services support OEM customers that need reliable batch output rather than one-off fabrication.
From Production to Packing and Sea Freight
The complete delivery flow includes production, surface treatment preparation, assembly, packing, container loading, and sea freight. Keeping these stages connected helps customers reduce coordination work and gives the project a clearer delivery schedule.
- Batch welding and dimensional checking
- Surface preparation for cold galvanizing
- Post-treatment assembly and packing
- Container loading for export shipment
- Sea freight delivery support for OEM projects
OEM Manufacturing Support for Smart Warehousing Equipment
Smart warehousing equipment often requires many repeated metal parts with the same interface dimensions and finish requirements. Likai Metal can support customers from drawings and samples through production planning, welding, surface treatment coordination, assembly, packing, and shipment.
This case can be used together with our project case examples and industries we support to show how batch production capability, process control, and export delivery fit into a complete OEM metal manufacturing workflow.