Stainless steel facade plate with inlay of volumetric letters

Modern premium solution for the design of government institutions, offices, scientific institutes, business centers and corporate buildings. The product combines several metal processing technologies, which creates a deep volumetric effect and emphasizes the status of the institution.

The main feature of this plate is the combination of laser metal cutting technology and inlay of volumetric letters in a metal facade. This creates a multi-level composition, where different elements have different depths and textures.

Manufacturing technology

The production process involves a combination of several modern technologies:

1. Laser cutting of stainless steel
The facade panel is made of a stainless steel sheet, in which text elements and graphics are cut out using a high-precision laser. This allows you to get perfectly smooth contours, clear fonts and high detail of even complex inscriptions.

2. Inlay of volumetric metal letters
The name of the institution or key design elements are made in the form of separate volumetric metal letters that are integrated into the facade panel. Such inlay creates an expressive 3D effect and enhances the visual perception of the sign.

3. Acrylic glass or stainless steel backing
An acrylic backing is installed behind the cut elements (if you need to highlight the text, for example, in black), which performs a decorative and constructive function. Acrylic adds contrast, emphasizes the shape of the letters and ensures a neat appearance of the internal elements of the sign.

4. Metal finishing
The metal surface is ground or polished, which gives the product an elegant appearance and increases resistance to external influences.

Key characteristics

• facade material: stainless steel;
• technology: laser cutting of metal;
• decorative element: inlay of volumetric letters made of acrylic glass and stainless steel facades;
• substrate: acrylic glass/stainless steel;
• type: facade or interior sign, plate;
• high manufacturing accuracy and durability.