Additive Manufacturing

 The manufacturing process that allows designing produce implants in any geometries

  • Additive Manufacturing of products from CAD data by means of Direct Metal Laser Sintering (DMLS)

  • The material used is Titanium alloy Ti64ELI (grade 23)

  • Final part precision on the level of ±25μm

  • High-quality volume density with a low porosity level

  • Stable material parameters with the ability to be improved by annealing methods

  • Large building volume 250x250x325mm

  • Ability to run 24/7 with a high productivity  level

  • Ability to produce porous surface structures

Porous structure

 Unique structures improve the osteointegration and reduce implant weight

  • AM facilitates manufacturing of implants with the porous structure on the surface

  • Technology enables to create implants with physical properties very similar to human bone

  • Porous structures can be manufactured with various geometric shapes, pore sizes and lamellae thickness

Raw Material

  • Titanium alloy Ti6Al4V ELI (grade23) is applied in the process

  • Commonly used in medical applications, it conforms to the international standard ASTM F136 & ASTM F3001-14

  • Characterized by high strength while maintaining low weight and excellent biocompatibility

  • Application in additive manufacturing allows producing a patient-specific implant

  • Material and production technology used has practically unlimited possibilities at the required shape and size of the implant

Biomedical Engineering is design and manufacturing centre that provide production of patient-specific implants, anatomical models and serial  AM production service. We believe in power of innovation and our products manufacture with in high standard requirement and medical certification.

Biomedical Engineering, s.r.o.

Popradská 56/D, Košice, 04011 Slovakia

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