We have a machine park enabling specialized glass and mirror processing.
The cutting process of mirrors and glass is a crucial stage in production, where raw materials are transformed into precisely measured elements. This production element requires advanced technology and experience to ensure the excellent quality of the final product.
Milling mirrors and glass is a crucial stage in production that adds unique details, shapes, and finishes to the raw material. This advanced machining process is essential for creating elements with complex forms, in line with the latest design trends.
The edging process for mirrors and glass is a crucial stage in production that provides the final finish, enhancing not only aesthetics but also improving user safety.
Depending on the project and customer expectations, edges can undergo various forms of processing. This may include chamfering, polishing, or the application of decorative details tailored to the aesthetics of the final product.
The sandblasting process of mirrors and glass is an advanced machining technique that allows for the creation of a unique texture, adding elegance while ensuring privacy protection.
Engraving mirrors and glass is a high-precision process that adds a personal touch and uniqueness to the products.
Based on the client's specifications, a pattern is created for engraving. This could be a company logo, a decorative motif, or personalized text.
Laminating not only protects against scratches but also reduces the impact of UV rays on the surface of mirrors or glass. In the case of glass, lamination can also enhance safety by creating a structure that contains shards in the event of breakage.
The lamination process for mirrors and glass is an innovative solution that combines functionality, aesthetics, and durable protection, creating products of high-quality standards.
Drilling mirrors and glass is a precise process that allows the customization of these delicate materials for specific projects, enabling the creation of functional and aesthetic products.
After drilling, each hole is meticulously inspected to ensure compliance with the design requirements. Accuracy is crucial, especially when the holes are intended for mounting purposes or to enhance the aesthetic appeal of the products.
The process of bonding mirrors and glass using UV radiation is a modern method that allows for durable connections with minimal impact on the structure of materials.
Depending on the project, after bonding mirrors and glass, they may undergo additional processes such as edge polishing or the application of special protective coatings.
The UV bonding method is an effective way to achieve durable and aesthetic connections in the production of mirrors and glass, allowing for quick and precise finishing of products.