Factory load-bearing inspections typically involve a third-party building safety assessment organization evaluating the safety factor of the load-bearing structural system, structural layout, support system, and envelope structural system of a new project. Different cities may have varying charge standards for factory load-bearing inspections of different architectural structures.

General factory building load-bearing inspections are typically priced according to the requirements of the "Code for Charging for Engineering Geotechnical Investigations" and the "New Projects and Standards Table for Safety Inspections of Guangdong Construction Projects," integrating the basic situation of the project.

The cost of factory load-bearing capacity inspections will be adjusted based on the type of factory assessment, the total assessed area, the scale of new projects, and specific content in the field of inspection for new projects. Generally, factory load-bearing capacity inspections are calculated based on the floor area, with the basic charge for a single-story villa ranging from approximately 8,000 to 20,000 yuan, fluctuating according to the actual conditions of the engineering project.

Factory Load-Bearing Inspection Fee to Decrease: With the implementation of house safety inspections, secondary house inspections, and the completeness of house drawings and documents, related evaluation projects may lead to a corresponding reduction in the factory load-bearing inspection fee.

Factory Load Testing Fee Adjustment: For key buildings such as those undergoing additional floor renovations, reinforcement, multi-story, or high-rise renovations, especially for structural (building safety assessment) load-bearing capacity, raw material compressive strength, overall or partial tilt, etc., an additional on-site experimental testing project should be conducted. This may result in an increase in the building safety assessment fee.

The entire process of factory load-bearing capacity testing includes:

1. Investigate the application history and structural management system of the factory.

2. According to on-site surveys, records of the building's primary structure and load-bearing precast components can be made through the use of text, engineering drawings, photographs, or videos.

3. Physical property testing of the factory building structure should be conducted clearly based on the structural bearing capacity calculations.

4. As necessary, create calculation entity models based on the structural characteristics of the factory building. Evaluate the safety reserve of the factory building structure according to its specific physical properties, load-bearing capacity, and implementation standards.

5. Conducted a structural load and bearing capacity assessment for the factory by integrating test results, our standards, and application status, comprehensively determining the current condition of the factory's structure, clearly defining the factory's load-bearing capabilities and safety levels.

6. Draft safety assessment reports for buildings and conduct level assessments based on structural load tests of the factory, integrating net weight information of machinery and key parameters to propose effective placement suggestions for production equipment.