Professional master model manufacturing
Modern additive technologies make it possible to create parts with complex geometry, minimal tolerances and improved performance characteristics, ensuring high accuracy and shorter production times.
Master model for individual projects
3D printing with metals and polymers on industrial machines makes it possible to implement any technical solutions for various industries.
Technological details of the product
We make master models of parts of any complexity with a guarantee of compliance with the customer's technical requirements.
Technological details of the product
We make master models of parts of any complexity with a guarantee of compliance with the customer's technical requirements.
A master model created using additive technologies is a high-precision prototype of a product made by layer-by-layer material buildup. This technology makes it possible to produce composite parts with geometry of any complexity without the need for traditional tools and tooling. Master models are used in foundry production, in the creation of molds, and also as reference samples for quality control.
The technology makes it possible to manufacture master models from various materials (polymers, composites, metals) with high geometry reproduction accuracy. The main fields of application include: the aerospace industry (creation of complex units and assemblies), the automotive industry (prototyping of parts), medicine (manufacture of anatomical models) and jewelry (production of master models for casting). Additive technologies reduce production time and cost compared with traditional methods.
Key advantages of additive production of master models: the ability to create products with internal cavities and complex channels that are unattainable with machining; high dimensional accuracy (up to 0.05 mm); minimal material waste; shorter production cycle; the ability to promptly make design changes. The technology makes it possible to manufacture single items and small series without significant tooling costs.
Master models are produced on industrial 3D printers using SLA (stereolithography), SLS (selective laser sintering) or DMLS (direct metal laser sintering) technologies. Finished products can undergo post-processing (grinding, polishing, painting) to achieve the required surface characteristics. Master models created by additive methods fully comply with the technical documentation and can be used both for visual evaluation of the design and for functional testing.
Why us? AES Machinery Engineering Group.
We are a team of experts with many years of experience in military equipment and innovative engineering.
Since 1958 we have accumulated unique experience in mechanical engineering, engineering and production. Today our expertise in creating educational and methodological systems is successfully combined with developing universal solutions for various industries.
A full cycle of services is offered: from design and development to the release of finished products.
Active introduction of additive technologies and digital solutions into production processes makes it possible to create complex parts and prototypes with high accuracy and in the shortest time.
Many years of experience allows us to develop universal solutions for various industries and to produce products of any complexity and scale.
