Customized and Non-Standardized: There are no uniform national or industry standard parameters; all dimensions, shapes, and structural details are specified via customer-provided drawings. No universal templates exist, and products are not interchangeable, as they are fully tailored to the specific requirements of a given application.
Complex and Varied Processes: Manufacturing requires a flexible combination of processes-such as CNC machining, laser cutting, bending, and welding-based on product characteristics. Workflows are highly adaptable, requiring targeted quality control throughout the entire process from casting to finishing; consequently, overall costs are generally higher than those of standard parts.
Strict Precision Requirements: These products are frequently used in high-end sectors like aerospace and medical robotics. Tolerances for core components are often controlled within the ±0.01mm range, and certain complex-shaped parts require micron-level accuracy verification using Coordinate Measuring Machines (CMM).
Flexible Order Handling: Manufacturers can handle orders of varying scales-ranging from single-unit trial production and small-batch prototyping to mass production-accommodating the diverse production schedules of industries such as automation equipment and new energy.
Strong Functional Orientation: All design and manufacturing stages are centered on specific functions-such as load-bearing, sealing, or corrosion resistance-enabling the fulfillment of specialized operational needs in extreme conditions where standard parts would be unsuitable.
