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Autoclave is a pressure vessel used for the curing of composite parts made from pre‑impregnated (prepreg) materials. Components are placed inside a vacuum bag; during the cycle, vacuum is applied under the bag, the temperature is raised according to the specified cure profile, and positive pressure in the autoclave consolidates the laminate and removes residual volatiles. This combination of vacuum, temperature and pressure ensures void‑free laminates, high fibre volume content and repeatable part quality.
Different configurations are possible for laboratory and industrial use: horizontal or vertical autoclaves with automatic, semi‑automatic or manual door‑locking systems
Composite curing oven is a heated chamber used for manufacturing and curing pre‑impregnated (prepreg) composite materials at atmospheric pressure. Components are placed inside the oven; during the cure cycle, the temperature is raised according to the specified cure profile, ensuring complete polymerization and consistent part quality. High‑performance insulation and precise temperature control guarantee energy efficiency and uniform heating throughout the working volume.
TIAC is an integrated oven and injection system with fully automated process control through proprietary software. It combines resin preparation, controlled injection, curing and documentation into a single automated workflow for repeatable, high-quality composite parts.
Injection systems are designed for high-temperature resin infusion and RTM processes. Available in 1K and 2K configurations, these units provide precise resin preparation, metering, degassing and automated injection control
Laser projectors are precision guidance tools that project 2D/3D CAD data (lines, points, plans) directly onto workpieces, replacing physical templates and enabling template-free manufacturing. The system imports digital CAD files into specialized software, which controls the projector to display real-time work instructions, assembly outlines, drill points or inspection grids exactly where needed
Ultrasonic cutting and welding systems use high-frequency mechanical vibrations (typically 20-40 kHz) to cut or join composite materials through localized frictional heating. A piezoelectric converter generates ultrasonic vibrations that are transmitted through a sonotrode (weld tool) to the material interface, creating precise melting and bonding without additional adhesives or fasteners.
