Catch problems on a low-cost part before committing to tooling.
Each prototype is designed around a specific question: geometry, assembly, ergonomics, volume or appearance. That way 3D printing is never used without a clear validation goal.
Types and scope.
Printing focused on detail and surface quality, depending on available technology and material. Ideal for: Geometry validation, appearance and reference models.
Material-deposition builds for testing and physical models. Ideal for: Form studies, assemblies, basic functional validation and iterations.
Physical parts used as a reference for patternmaking, presentation or downstream processes. Ideal for: Mold development, casting and validation.
Assemblies or components to check interferences, access and how parts fit together. Ideal for: Products and tooling before release to manufacturing.
Technical data sheet.
SLA, FDM, functional prototyping and master models
To be validated based on technology, build volume and finish
Engineering resins, thermoplastics and prototyping materials
Geometry validation, fit and assembly testing
Actual capacity subject to technical validation based on geometry, weight, material, tolerances and process.
How we work.
We define what the prototype must prove and what it does not represent about the final part.
We analyze geometry, scale, orientation, supports, wall thickness and assembly.
We choose SLA, FDM, a master model or a combination based on use and finish.
We print and apply basic post-processing or the agreed finish.
We check geometry, fit or assembly and document changes for the next version.
Technical considerations.
A prototype does not automatically reproduce the mechanical, thermal or chemical properties of the production material.
These depend on technology, orientation, material, size and post-processing.
Wall thickness, supports, cavities and orientation may need temporary adjustments to build the prototype.
The downstream process must be defined to select the right material, finish and stability.
Why Fundimoldes?
Engineering, patternmaking, casting, machining, assembly, finishing, validation and after-sales support under one operation.
Every proposal is backed by a review of geometry, material, process, equipment and real-world conditions.
Drawings, data sheets, reports and inspections are included according to project scope.
Fundimoldes can manufacture, maintain, repair, modify and reproduce tooling components.
Information for your quote.
Reply within 24 business hours via WhatsApp +57 321 227 8823.
Common questions.
What is the difference between SLA and FDM?
SLA uses resin and generally favors detail and surface quality; FDM uses thermoplastic and works well for models, assemblies and iterations. The choice depends on the goal.
Can you print from an incomplete file?
CAD repair or development may be needed before printing, quoted according to scope.
Can the prototype be used as a final part?
Only when material, load, environment and risk allow it. This must be evaluated case by case.
Can you build the mold after validation?
Yes. The service can flow into engineering, patternmaking, casting, machining and mold manufacturing.
From prototype to production.
Guidance for moving from prototype to series production.
3D modeling from an idea, drawing or sample.
Digitize an existing part before printing or modifying it.
FDM and SLA technologies and materials compared.
When the prototype is validated and production comes.
Send the 3D file or idea, the prototype’s purpose and quantity.
Validate before you manufacture
Share drawings, a 3D model, photos, dimensions, material, quantity and operating conditions. Our technical team will validate the manufacturing route and scope.