Laser cutting

Laser cutting is one of the most advanced and precise glass cutting technologies, utilizing a powerful laser beam. In this process, laser energy is concentrated on a specific point, generating high heat that melts, burns, or vaporizes the material exposed at the desired point. Compared to traditional methods such as mechanical cutting with diamond or waterjet cutting, laser cutting offers greater precision and quality. It cuts glass with high accuracy and produces very smooth, polished edges without requiring physical contact.

Laser machines are widely used due to their ability to cut and drill with extreme precision, particularly for creating very small holes, even less than a millimeter in size. This feature is critical for industries that require precise and delicate holes, such as glass for projectors or various panels in built-in ovens, range hoods, and switchboards. Machines like waterjets are suitable for thicker and larger cuts, but they cannot create very small holes or complex inlays with the accuracy and delicacy that laser technology provides.

The minimum dimensions for glass that requires laser processing are 50 millimeters by 50 millimeters, and the maximum dimensions are 900 millimeters by 600 millimeters. Additionally, the minimum diameter for inlays achievable by this machine is less than one millimeter, and the maximum diameter is 90 millimeters for glass thicknesses between 4 and 8 millimeters.

Jamimen Company, with an environmentally friendly approach, is the first importer of laser cutting machines specifically designed for indoor glass environments in Iran. The company has always strived to upgrade its production processes and technologies to offer a higher level of product quality, based on customer demands and the changing quality preferences of its business partners.

Unlike other machines in the tempered glass manufacturing industry, the company's laser cutting machines do not require water consumption and do not generate noise pollution or environmental waste (such as silica residue). For this reason, they simultaneously reduce the negative environmental impact of the production process while providing better quality.

In summary, the main advantages of laser cutting compared to other methods are its high precision and speed, clean and smooth cutting surfaces, and the ability to create holes and inlays with complex shapes, especially in advanced manufacturing processes that require such precision.