RAPID PROTOTYPING WITH ENGINEERING REVIEW.
Crecer Grande supports FDM/FFF and resin requirements directly through the website estimate workflow, while SLS, MJF, PolyJet and metal additive requirements follow an engineering RFQ route where availability is confirmed for the project.
Different print processes solve different problems.
Choose by function, surface, material properties, geometry, quantity and inspection requirement.
FDM / FFF
Economical functional prototypes, jigs, fixtures and engineering polymer parts.
- PLA / PETG / ABS / ASA
- TPU / Nylon / PA-CF / PC
- Infill, layer height and colour options
SLA / DLP Resin
Fine-detail and smooth-surface prototypes and small components.
- Standard / tough / clear
- Flexible / high-temp via RFQ where applicable
- Post-cure and finishing review
SLS Nylon
Complex nylon parts and low-volume production without conventional support structures.
- PA12 / PA11
- Glass-filled options where available
- Nesting economics reviewed by project
MJF
Production-oriented functional nylon and flexible parts.
- PA12 and selected TPU routes
- Batch / finish / dye review
- Availability confirmed per project
PolyJet / Multi-Material
High-detail appearance, colour and multi-material concepts where available.
- Presentation prototypes
- Colour / texture requirements
- Project-specific availability
Metal Additive
Engineering metal-additive requirements routed for specialist review.
- Alloy and duty review
- Support / heat-treatment strategy
- Machining and inspection planning
Secondary operations can be part of the requirement.
Heat-set brass inserts
Threaded inserts can be included when the CAD and surrounding material allow reliable installation.
Sanding / finishing / paint review
Surface work is quoted separately because effort depends on geometry and finish expectation.
FAI / dimensional verification
Approve a first article before repeat production when dimensional or assembly risk matters.