METAL 3D PRINTING ON ARCAM Q10PLUS
Industrial metal 3D printing (EBM) for medicine, motorsport, and custom projects
Where metal 3D printing is used
Medicine
Ideal biocompatibility and osseointegration due to the controlled porosity of titanium implants.
Aerospace
Reduction of structural weight by up to 40% while maintaining the strength of forged metal for critical components.
Industry
Efficient production of heat-resistant turbine blades and tooling with complex internal channels.
Arcam Q10plus (EBM) Equipment
Industrial electron beam melting system for high-precision 3D printing with metal powders.
Materials
Ti6Al4V Grade 5, P-Material; Ti6Al4V Grade 23, P-Material; Ti Grade 2, D-Material and other specialized powders for specific tasks.
Working environment
High vacuum, no oxidation, and stable metal structure quality.
Precision and quality
EBM technology forms parts with a naturally rough surface, which improves osseointegration in medicine and heat exchange in engineering products.
Metal 3D printing services
We perform a full cycle of work: from analyzing the 3D model and selecting the powder (Ti6Al4V Grade 5/23, Ti Grade 2, etc.) to printing on the Arcam Q10plus, post-processing, and quality control.
Medicine — standard products
Acetabular cups (hip endoprostheses), custom maxillofacial implants, dental abutments, and bridge frameworks.
Aerospace and Energy
Turbine blades with internal cooling channels, burner nozzles and injectors, heat exchangers with lattice structures.
Turbine blade production
Industrial parts
Complex turbine blades with internal cooling channels, produced with high precision of alloy parameters.
Manufacturing of titanium components with an internal lattice structure to reduce the weight of industrial equipment.
ABOUT US
Professional metal 3D printing on Arcam Q10plus
We specialize in industrial metal 3D printing using Electron Beam Melting (EBM) technology. Our Arcam Q10plus equipment allows us to create complex, lightweight, and durable parts for medicine, motorsport, and other high-tech industries.
3000°C
Electron beam temperature
10⁻⁵ mbar
Vacuum environment for alloy purity
We support the client at all stages: from consultation and model preparation to final post-processing and quality control.
Ultra-high density
Vacuum sintering eliminates porosity and gas inclusions in the titanium structure.
No deformations
The hot printing process minimizes residual stresses in the metal.
We work with individual orders, engineering bureaus, clinics, and manufacturing companies.
Contact us
Describe your task, attach the technical specifications, or indicate the field of application (medicine, motorsport, prototyping, etc.). We will calculate the cost and lead time for printing on the Arcam Q10plus.
MEDICINE • MOTORSPORT • AEROSPACE • PROTOTYPING • CUSTOM ORDERS