Our facilities
We have a range of advanced equipment available for manufacturing and processing components:
- two-component implants
- single component implants
- plasma implants
useful for surface treatment of parts. These facilities are used to improve the adhesion and surface quality of parts, preparing them for later stages of the manufacturing process.
Our six-axis anthropomorphic machines and three-axis robots are equipped with advanced dispensing technologies.
These devices allow polyurethane or other materials to be applied directly to products in a precise and controlled manner.
This ensures efficient and high-quality production.
To ensure proper drying of components after material application, we use special trolleys that allow even distribution and controlled drying. The dried items are then stored in a temperature-controlled area to ensure the preservation of their properties.
All these equipment and processes work together to ensure the production of high-quality components with advanced materials and state-of-the-art manufacturing technologies.
Plasma Island
The plasma island consists of a six-axis anthropomorphic rotary gun intended for surface treatment of various materials.
Monocomponent Siliconic Island
Plant consisting of three-axis robot with three-component mixing head for waterproofing, sealing, bonding and resinating.
Six-Axis Bicomponent Island
The two-component plant is composed of six-axis anthropomorphic to perform a wide variety of product types.
Two-component Cartesian Three-Axis Island
Specialized system with three-axis robot and three-component mixing head for critical applications requiring plasma pretreatment of surfaces.
Three-Axis Industry 4.0 Bicomponent Island
System with the ability to receive instructions remotely, uses a three-axis robot with a three-component mixing head and shuttle table, for specialized applications with precise dosing.
Two-Component Three-Axis Two-Material Island
System with three-axis robot, two-component mixing head and two-position rotary table, optimized for high-volume production with a single specific material.