Manufacturing complex-shaped sheet metal parts from drawings and digital models. Suitable for both one-off production and repeatable serial manufacturing.
Laser technology allows for precise contours, clean edges, and consistent repeatability of parts in serial production.
Capabilities:
Manufacturing rotational and precision metal parts according to customer drawings or 3D models.
We can manufacture individual parts, prototypes, and production batches.
Typical operations:
Preparation of blanks from profile and long steel products for subsequent machining, welding, or assembly.
We work with pipes, profiles, rounds, bars, and other types of rolled metal products.
Applications:
Forming pipe elements to specific geometries according to drawings or technical specifications.
This technology is used to produce frames, protective structures, skeletons, pipelines, and functional product components.
We can manufacture:
Manufacturing of welded structures, frames, housings, brackets, and other metal products in accordance with design documentation.
We integrate cutting, bending, machining, and welding into a single technological process.
We provide:
We perform assembly of mechanical and electromechanical units using parts produced in-house or by third parties.
We can handle not only the production of individual components but also the final assembly of the finished product.
Capabilities:
Precision laser processing of non-metallic sheet materials for structural, decorative, and functional components.
Contour cutting, marking, numbering, labeling, and graphic engraving are available.
Materials may include:
Manufacturing of 3D plastic parts from thermoplastic sheets using vacuum forming.
This technology is suitable for producing housings, protective covers, interior inserts, containers, and other complex-shaped parts.
From prototype to production
Production of sealing elements from silicone and related elastomeric materials based on drawings, samples, or technical specifications.
We can manufacture seals for housings, covers, electronic modules, mechanical assemblies, and equipment operating in demanding environments.
Input data:
We perform precision foam cutting using CNC equipment with a hot wire.
Digital control allows for the creation of repeatable elements with complex geometry according to a specified contour.
Applications:
Using CNC cutting technology, we can create master models and matrices for the subsequent production of composite housing elements.
In particular, we can manufacture tooling and enclosures for aircraft according to the customer's geometry and requirements.
Production cycle:
We can manufacture:
We perform automated and manual assembly of electronic components onto printed circuit boards in accordance with design documentation, BOM, and technical specifications.
We offer prototyping, single-unit production, and small to large batch manufacturing.
Capabilities:
Input data:
We develop functional 3D models tailored to specific tasks, operating conditions, and manufacturing requirements.
We scan simple physical objects and create digital models for reproduction, refinement, or 3D printing.
We configure models for specific printers, materials, and tasks to ensure optimal quality and minimal waste.
We provide 3D printing training, help with printer setup, and assist in streamlining processes and optimizing 3D print farm operations.
Diagnostics, setup, maintenance, and repair for Bambu Lab P1S, P2S, H2D 3D printers.
We rewind filament between spools, resolve tangling issues, and prepare your material for printing.