Background
In mechanical engineering and industrial machine design, developing complex components such as impellers, industrial fans, turbines and fluid-handling systems requires repeated testing and validation before final production.
As parts grow larger and their geometries become more intricate, making a prototype with conventional methods can take weeks and involve significant costs.
Each design change can slow product development further, adding costs and delaying industrialization.
Large-format industrial 3D printing makes it possible to produce full-scale prototypes quickly, speeding up development and reducing design risks.
Large-format industrial impeller
A company specializing in mechanical machining needed to validate a new impeller with numerous blades and a particularly complex geometry.
The aim was to check:
- the actual dimensions of the component
- the correct position of the blades
- compatibility with the mechanical assembly
- ease of assembly
- potential design interferences
Producing the prototype through conventional machining would have required substantial time and expense for a validation stage.
The solution
Using the CAD model supplied by the customer, 3DRap Factory produced a large impeller through industrial 3D printing.
The component was produced in just a few days, faithfully reproducing the original design, including its curved blades and complex surfaces.
The customer could then carry out the necessary dimensional and functional checks before final production.
Immediate design validation
The full-scale physical prototype enabled the engineers to assess the component geometry and its fit within the assembly quickly.
Shorter time to market
The team moved from a digital model to a physical part in a matter of days, substantially reducing the time usually needed for conventional machining.
Rapid revisions without additional tooling costs
Changes to the blades, diameters or mating features can be made directly in the CAD file and printed again quickly, without new tooling or dedicated machining.
No investment in dedicated tooling
No molds, patterns or dedicated tools were needed to make the prototype.
Complex geometries with fewer manufacturing constraints
The three-dimensional blade surfaces and distinctive impeller shape were reproduced with high fidelity to the original design.
Faster development
The prototype was available in days rather than weeks.
Lower costs
The costs of dedicated machining solely for validation were avoided.
Greater design confidence
Checks on the physical prototype revealed potential improvements before final production.
Faster decisions
The engineering team was able to approve the design faster and with greater confidence.
Benefits for your company
- Full-scale prototypes in days
- No mold or dedicated tooling costs
- Ability to test complex components before production
- Immediate design changes
- Lower development costs
- Faster time to market
- Production of large components
- Geometries that would be impossible or very costly with conventional methods
Summary
Industrial 3D printing is a valuable tool for companies developing complex mechanical components.
For this large impeller, additive manufacturing quickly turned a CAD design into a physical prototype. The customer could validate the component, shorten development and move toward production sooner.
Parliamo del tuo progetto.
Descrivici il componente o l’esigenza produttiva. Il nostro team valuterà la richiesta e ti ricontatterà.
