The S Neox Cleanroom utilizes 3D scanning technology with structured light, using dynamic blue LED pattern projections to capture data with a resolution of up to 5 µm. This enables the capture of highly precise details, with a repeatability of 2 µm, which is essential for applications requiring repeatable and reliable measurements in high-precision environments.
Furthermore, the S Neox Cleanroom is equipped with high-quality optical sensors with resolutions of up to 16 MP, allowing for fast yet accurate scanning, which is crucial in production processes that require speed without sacrificing quality. The acquisition speed reaches up to 4 million points per second, significantly reducing scan times, a crucial aspect in industrial environments where efficiency is key.
One of the most distinctive features of the S Neox Cleanroom is its design, which complies with cleanroom standards (ISO 14644-1). The scanner's surfaces are designed to minimize particle emission, with a special treatment that prevents contamination of the controlled airflow. Additionally, the system is fully sealed to prevent particles from accumulating inside, thus maintaining the integrity of the sterile environment.
The advanced lighting system is optimized to reduce shadows and improve visibility even on challenging surfaces such as glossy, transparent, or reflective materials, which are common in high-precision production environments. Proprietary algorithms enable detailed scanning even on surfaces with reflections or transparency, further enhancing the reliability of the data.
Main Applications
Semiconductor Industry – Inspection and analysis of wafers and microelectronic components
Aerospace & Defense – Quality control of aerospace components in contamination-controlled environments
MedTech & Biomedical – Scanning of medical devices, prosthetics, and surgical instruments
Precision Laboratories – Metrological measurements in sterile environments
Videos
Application Fields
Technical Features
Technology and Sensors
Precision and Resolution
Scanning Volumes and Areas
Speed and Data Acquisition
Software and Integration