Fragmented Sourcing
- Your Project↓
- Machine Shop↓
- Fabricator↓
- Finisher↓
- Inspection↓
- Assembly
- Multiple supplier contacts
- Separate production schedules
- Repeated technical handoffs
- Independent quality checkpoints
- More coordination between processes
ONE-STOP MANUFACTURING SOLUTIONS
Coordinate prototyping, machining, fabrication, molding, finishing, inspection and project-specific assembly through one engineering-led manufacturing workflow.
PROJECT WORKFLOW
Complex products rarely rely on a single manufacturing process. HERUIYUN helps route each component through appropriate manufacturing and post-processing steps while keeping engineering communication and project coordination within one workflow.
3D CAD, drawings and project requirements.
Review geometry, tolerances, materials, finishes and critical features.
Select an appropriate manufacturing route for each component.
Coordinate machining, additive, fabrication, molding or casting as required.
Coordinate finishing, marking and other project-specific post-processing.
Verify critical dimensional and visual requirements based on project needs.
Coordinate project-specific assembly and delivery where applicable.
DEVELOPMENT SUPPORT
Physical models and early prototypes can help review geometry, appearance and basic design direction before further development.
Functional parts can support fit, tolerance, assembly and performance evaluation before the project advances.
Pilot and low-volume parts can help validate manufacturing routes, assembly requirements and downstream processes.
Once project requirements are established, manufacturing, finishing and inspection routes can be coordinated for repeat orders.
PROJECT COORDINATION
The value is simpler project coordination and fewer disconnected supplier handoffs—not a universal cost, lead-time or quality guarantee.
MULTI-PROCESS EXAMPLE
A single product may contain components that require different materials, processes and finishing routes. The manufacturing plan should be selected component by component rather than forcing the entire project into one process.
ILLUSTRATIVE PROJECT EXAMPLE
CNC Machining + Surface Finishing
Cutting + Bending + Finishing
3D Printing or Molding depending on project stage and quantity
Inspection + Project-Specific Assembly
PROCESS ROUTING
Manufacturing routes depend on geometry, material, quantity, surface requirements and the stage of product development.
Precision features and machined components
CNC Machining
Complex prototype geometries
3D Printing
Prototype and low-volume molded parts
Rapid Prototyping / Vacuum Casting / RIM
Brackets, panels and enclosures
Sheet Metal Fabrication
Repeat molded polymer components
Injection Molding
Cast metal components
Die Casting
Appearance, protection and marking
Surface FinishingPROJECT CONTROL
Multi-process manufacturing depends not only on individual operations but also on how requirements are transferred between them.
Identify critical dimensions, materials, finishes and downstream requirements before production.
Check relevant features during manufacturing based on project requirements.
Review dimensional, visual and finishing requirements before project completion.
Provide applicable inspection, material or process documentation when required by the project.
START A PROJECT
ONE PROJECT · MULTIPLE PROCESSES