3D PRINTING
3D printing with FDM, SLS, MJF and Binder Jetting for prototypes, technical parts, replacements and small, medium or larger repeat-production batches.
PRINTURA
3D printing is useful when you need physical components without committing to conventional tooling. It can support one-off prototypes, replacement parts, fixtures and technical aids as well as small, medium and larger production batches when additive manufacturing is technically and economically practical.
Printura can work with several additive manufacturing routes rather than treating every project as an FDM job. Geometry, quantity, material, surface, tolerances, mechanical requirements and budget are reviewed together so the production method can be selected around the part. For high stable volumes, the comparison can also include whether molding or another process offers better unit economics.
PRINTING TECHNOLOGIES
No single additive process is best for every component. Technology and material availability are confirmed during the project review, and the choice depends on geometry, quantity, performance and finishing requirements.
Builds parts layer by layer from thermoplastic filament. It is a flexible and cost-effective route for prototypes, jigs, fixtures, replacement parts, larger components and repeat quantities where quick iteration and broad material choice matter.
PLA · PETG · ASA · ABS · TPU · NylonUses a laser to fuse polymer powder. Because the surrounding powder supports the geometry, complex parts can be produced without dedicated support structures. It is well suited to durable nylon components and efficient batch nesting.
PA12 / PA11 · complex geometry · functional batchesUses fusing agents and heat across a polymer powder bed to create dense, repeatable parts with good throughput. It fits functional housings, mechanisms and production quantities where consistent nylon components are required.
PA12 / PA11 · functional parts · repeat productionDeposits a liquid binder into a powder bed. Materials and post-processing vary by application; metal binder-jet parts typically require debinding and sintering, while other systems use different powder and finishing routes. It is considered when the material, geometry and production volume make the process suitable.
Application-dependent · metal or specialty powder systemsCOMMON APPLICATIONS
Test shape, assembly, ergonomics and function before committing to a final production method.
Produce custom or unavailable components when an original replacement is difficult to source.
Create brackets, holders, jigs, covers and workshop aids tailored to a specific task.
Produce project-specific quantities without conventional tooling when additive manufacturing remains the practical route.
HOW IT WORKS
We look at the geometry, quantity, intended use and important fit, tolerance or performance requirements.
The printing technology, material and finishing approach are chosen around the application rather than defaulting every project to one process.
The parts are manufactured and the agreed post-processing is completed before the result is prepared for delivery.
WHAT TO SEND
You can send STL, STEP/STP, 3MF or OBJ files. If the model does not exist yet, send a drawing, dimensions, reference photos or the physical part and the project can be combined with 3D modeling, scanning or reverse engineering.
FREQUENTLY ASKED QUESTIONS
Short answers to common questions about this service and how it can fit into a project.
Not necessarily. If you do not have a production-ready model, the project can begin from dimensions, drawings, photos or an existing part and include 3D modeling or reverse engineering.
Depending on the project, production can use FDM, SLS, MJF or Binder Jetting. The practical choice depends on material, geometry, quantity, surface, tolerances and mechanical requirements.
The enquiry form accepts STL, STEP/STP, 3MF and OBJ for 3D projects, as well as JPG, JPEG, PNG, WEBP and PDF reference files.
Material should be chosen around the part's intended use, including factors such as load, temperature, flexibility, fit, appearance and outdoor exposure. Include those requirements in the enquiry when they matter.
Yes. Printing can be the final step of a larger workflow that starts from a sketch, measurements, scan data or an existing physical component.
Yes, when the geometry, material, quantity and unit economics are a good fit. FDM, SLS and MJF scale differently, so batch production is reviewed around the actual part rather than a fixed quantity threshold.