Project evidence showing how an aerospace customer evaluated manufacturing capability and quality control for a long-term crane program that includes 60t and 20/10t overhead cranes.
| Industry | Aerospace research and manufacturing |
| Project Type | Supplier qualification and multi-site crane cooperation |
| Equipment Shown | 60t double-girder overhead crane and 20/10t overhead crane |
| Verified Outcome | Long-term cooperation, with Henan Mine Crane products applied at several organizations in the aerospace manufacturing supply chain |
| Evidence Available | Customer visit, technical meeting, workshop inspection and equipment photographs |

An aerospace customer delegation reviews Henan Mine Crane's production and manufacturing capability.
Evidence note: aerospace crane case study therefore uses only the cooperation facts, equipment capacities and photographs that are publicly documented.
This aerospace overhead crane project formed part of a long-term cooperation program serving several organizations in the aerospace manufacturing supply chain. Instead of purchasing one catalogue crane for one workshop, the customer needed to determine whether a single manufacturer could support different facilities, lifting duties and crane capacities with consistent engineering and manufacturing quality.
The public project material shows heavy and medium-capacity bridge cranes, including 60t and 20/10t configurations. It also records a customer delegation reviewing production workshops, automated manufacturing lines and quality-control processes. These details make the project useful as supplier-selection evidence rather than a general industry solution.
For a multi-site crane program, the customer needed more than a rated capacity and price. Non-standard crane structures, project-specific lifting devices, electrical systems and documentation may differ from one aerospace workshop to another. A supplier audit helps the purchasing and engineering teams verify whether the manufacturer can convert each site's load and building data into a repeatable production process.
The customer review focused on fabrication, machining, assembly, electrical work, inspection and traceability. Technical discussions also covered cooperation and project coordination. This gave the buyer direct evidence of the processes behind a custom aerospace crane before expanding long-term cooperation.
Technical meeting covering crane manufacturing, supplier evaluation and project cooperation. |
Customer delegation inspecting automated production and quality-control processes. |
The photographs published with the cooperation report document two relevant capacity configurations. They show how one aerospace program can include different crane duties instead of forcing every workshop to use the same machine.
| Documented Crane | Published Application | Information a Buyer Must Confirm |
|---|---|---|
| 60t double-girder overhead crane | Heavy component and production-equipment handling | Maximum load, centre of gravity, span, lifting height, headroom, working frequency and positioning requirements |
| 20/10t overhead crane | Production, tooling and maintenance lifting | Main-hook and auxiliary-hook duties, load geometry, operating speeds, control method and maintenance access |
A similar project may use double-girder overhead cranes for heavier loads and wider spans, but the final configuration must be selected from the actual load drawing and workshop layout—not from capacity alone.
60t double-girder overhead crane shown for heavy aerospace workshop handling. |
20/10t overhead crane shown for production, tooling and maintenance duties. |
The public report describes Henan Mine Crane supporting aerospace projects from technical clarification through engineering, manufacturing, inspection and delivery. For several facilities, a common technical platform can be used while capacities and lifting devices remain customized for the actual workstation.
This approach can reduce unnecessary differences in controls, documentation and maintenance parts without treating every lifting task as identical. For a larger fleet-planning example, see the related high-precision aerospace crane fleet solution.
The documented outcome is long-term cooperation, with Henan Mine Crane products applied at several organizations in the aerospace manufacturing supply chain. The customer delegation also obtained direct visibility into the production workshops, automated manufacturing lines and quality-control processes behind the supplied crane systems.
This case does not publish unsupported figures for positioning accuracy, operating efficiency or return on investment. Its value is the evidence of the customer's supplier-review process, the crane capacities shown and the continuation of cooperation across aerospace organizations.
For a case with more detailed equipment and handling information, review the project involving six lower-rotating aerospace cranes designed around controlled rotation of large, sensitive components.
Buyers planning a custom overhead crane project can use the overhead crane RFQ checklist to prepare these details, then compare suitable equipment in the overhead crane product range.
An audit allows the customer to review the fabrication, machining, electrical assembly, inspection and documentation processes that affect a customized crane. It is especially useful when several sites require different capacities or non-standard lifting devices.
They can share selected control, documentation and maintenance principles, while their structures, mechanisms, speeds and lifting arrangements remain sized for their individual loads and operating duties.
Provide the load drawing, maximum and normal weight, centre of gravity, lifting points, workshop layout, span, lifting height, duty cycle, speed requirements, control method and applicable technical standards.
Send your load drawing, workshop layout, required capacity, span, lifting height, duty cycle, control requirements and project standards for an engineering review.