Inspectis F30s HD Motorized Zoom Digital Microscope with Overlay Assisted Inspection Gantry System

The Inspectis F30s HD Overlay Assisted Inspection Gantry System is a precision industrial inspection setup integrating a high-resolution digital microscope with advanced imaging and analysis capabilities critical for quality control in biotechnology and industrial applications.

• Equipped with a 3.2 MP progressive scan CMOS sensor, providing Full HD 1080p video output at 60 fps, ensuring detailed live-cell imaging and surface analysis.
• Features a 30:1 motorized zoom lens with autofocus, iris control, and pre-calibrated optics for precise magnification adjustments essential in molecular diagnostics and biomanufacturing inspection workflows.
• The industrial-grade XY travel gantry stand offers flexible motion ranges (X: 100–750 mm; Y: standard 100–550 mm or long range 551–800 mm) with an optional 4-direction tilt attachment to accommodate large or complex samples with repeatable positioning for synthetic biology and assembly verification tasks.
• Integrated Inspectis Overlay Assisted Inspection (OAI) Software facilitates automatic image alignment, PNG overlay on live images for digital graticules, edge detection with DXF export, and time-interval overlay comparisons — features widely adopted in biotechnology research and molecular cloning quality assurance.
• Includes a 21" Full HD monitor and computer workstation for real-time viewing, capture, and documentation, enhanced by a USB capture device to streamline recording and storage without separate PC requirements.
• The camera housing is hermetically sealed with built-in ESD protection, ensuring durability and stable performance in demanding industrial environments such as bioprocessing and biomedical engineering facilities.

Designed and manufactured in Sweden, this turnkey gantry system is tailored for advanced electronic inspection, surface morphology analysis, and documentation in biotechnology, clinical diagnostics, and industrial quality assurance domains. It is especially critical for applications requiring detailed overlay imaging and precision inspection workflows widely used in synthetic biology research and biopharmaceutical production pipelines.