Inspectis WELDinspect FHD Digital Inverted Microscope for Weld Bead Measurement

The Inspectis WELDinspect FHD Digital Inverted Microscope (WELD-DIM-F) is an advanced digital microscopy system engineered for industrial weld bead measurement, analysis, and documentation workflows critical in biotechnology and biomanufacturing quality control. Featuring a robust, hermetically sealed design with ESD protection, it offers reliable performance in demanding inspection environments.

Key specifications include:

• Magnification: Approximately 7× to 205× (on-screen) enabling detailed imaging from overview to intricate weld bead structures
• Field of View: Ranges from ~3 mm to ~84 mm facilitating comprehensive sample visualization
• Camera: 2.1 MP Full HD digital sensor with a pixel size of 2.5 µm × 2.5 µm for high-fidelity image and video capture essential in precise documentation
• Optics: Motorized zoom lens with high-resolution autofocus ensures sharp imaging with minimal operator fatigue
• Illumination: Integrated large-aperture white LED ring light coupled with diffuser and crossed polarizer filters to maximize contrast and minimize glare for accurate fluorescence and surface inspections
• Software: Inspectis Basics imaging software supports live image display, digital zoom, calibrated measurement, lens distortion correction, annotation, object counting, overlay grids, and video recording — features widely used in molecular diagnostics and bioprocessing inspection pipelines
• Ergonomics: Inverted setup allows samples to be analyzed directly on the aperture window, reducing eye strain and improving workflow comfort during extended use

Connectivity options include HDMI video output and MiniDin communication ports, with an included 21″ HD monitor for real-time visualization. This microscope is essential for laboratories engaged in synthetic biology research, biomedical engineering, and industrial QC processes requiring accurate, high-throughput weld inspection and measurement.

The Inspectis WELDinspect system is widely adopted in industrial and biotechnology sectors for its precision, reliability, and ease of integration into quality control and biomanufacturing environments. Its capabilities make it integral to workflows demanding meticulous weld integrity assessment and digital documentation.