QUELLTECH GMBH

• Disponível em:
• English
• Português

QuellTech specializes in the application of 3D laser scanner technology for various industries. In today's highly automated production processes, there is a growing demand for automated quality assurance methods. QuellTech offers precise and non-contact 3D measurement solutions using laser scanners based on the triangulation principle.

Compared to other measurement methods, QuellTech laser measurement technology offers several advantages. It provides precise and non-contact 3D measurement of objects with a resolution of up to 1.5 µm. The high measuring speeds of up to 20 kHz ensure efficient data acquisition. Additionally, the technology is highly scalable, allowing for the measurement of large objects. It is also robust against harsh environments, such as heat, ambient light, and vibrations.

One of the key benefits of QuellTech laser measurement technology is its easy integration into continuous production processes, or inline measurement. The technology tolerates color and surface texture changes, eliminating the need for interruptions in product transports during measurement. This ensures seamless and uninterrupted workflow.

QuellTech's 3D laser scanner technology also enables measurements on glowing parts, expanding its applications further. With a focus on increasing efficiency and quality assurance, the company collaborates closely with customers to develop tailored solutions. This includes turnkey solutions for industrial image processing in various industries ranging from automotive and electronic assemblies to continuous materials like aluminum ingots.

Furthermore, QuellTech offers quality monitoring services for the metal industry, such as planarity and thickness measurements. The technology is also utilized for inline monitoring of welding processes, facilitating weld gap tracking and path correction.

Overall, QuellTech's laser measurement technology provides precise, efficient, and easy-to-integrate solutions for 3D measurement in various industrial.