FDM (Fused Deposition Modeling) uses a meltable filament to build parts layer by layer — ideal for rapid prototypes and functional parts. Advantages: low cost, part strength, and a wide selection of thermoplastic materials; we also enable fast production of larger pieces.
SLS (Selective Laser Sintering) uses a laser to fuse powdered materials to produce functional, durable parts without support structures. Advantages: high strength, the ability to produce complex geometries, and suitability for small-series production. Applications: functional prototypes, end-use parts, technical assemblies, and replacement parts.
SLA (Stereolithography) uses a photopolymer resin cured by a laser or UV light to build high-detail parts layer by layer — excellent for highly detailed prototypes and smooth-surface parts. Advantages: very high surface quality, fine detail, and suitability for precise models and housings; we offer fast production for small series thanks to a full farm of 3D printers. Applications: concept models, fixtures, housings, load-test parts, and small production runs.
We have a modern farm with over 50 3D printers for high-throughput production — we process more than 3 tons of material annually (filament, resin, powder). We run large numbers of prints simultaneously for rapid prototyping and serial orders. Flexible work across technologies and materials, automation, and quality control ensure fast delivery, consistent dimensions, and optimized costs.
Large-format and functional prints. We own 3D printers capable of printing up to 1 × 1 × 1 m, enabling production of large prototypes, housings, and structural parts in a single piece. Ideal for industrial applications, architectural models, and series of large components; we work with various materials and provide post-processing for finished products.
Professional painting ensures a uniform, durable finish and an aesthetic appearance matched to your color specification. We use primers, polymeric, and industrial paints for UV resistance and durability — suitable for display models, housings, and consumer products
Electroplating provides a metallic finish that improves conductivity, wear resistance, and the aesthetic value of parts. Ideal for decorative coatings, contacts, and parts requiring a metal look or additional mechanical protection.
Flocking gives a soft, velvety surface by applying fine fibers, enhancing aesthetics and tactile feel while reducing glare. Commonly used for interior linings, product packaging, appearance prototypes, and high-aesthetic products.
Carbon surface replicates carbon fiber, providing a matte, high-tech look with improved scratch resistance. Suitable for industrial design, sports parts, and components where a premium visual and additional surface protection are desired.
