Olympus Stereo Microscope

• Quality control inspection of raw ingredients and finished food products for defects or contaminants.
• Detailed examination of food microstructure, such as grain size in powders or texture in baked goods.
• Foreign body detection in food samples, aiding in root cause analysis for production issues.
• Research and development for new food products, including ingredient analysis and process optimisation.
• Training and educational purposes within food science laboratories and production facilities.

Magnification Range

Typically 6.7x to 45x, often extendable with auxiliary lenses.

Working Distance

Commonly 110mm, providing ample space for sample manipulation.

Illumination

Units of this type commonly feature integrated LED illumination, often with adjustable intensity.

Optical System

Stereo microscopes typically employ a Greenough or CMO (Common Main Objective) optical system.

Eyepieces

Often supplied with widefield eyepieces, typically 10x magnification.

Power Supply

For the integrated LED illumination, a low voltage DC power supply is commonly used, typically 12V or 24V via a mains adapter.

Footprint

Benchtop units of this class typically have a compact footprint, suitable for laboratory or production line quality stations.

• What is the primary benefit of a stereo microscope in food processing?

  Stereo microscopes provide a three-dimensional view of samples, which is crucial for detailed inspection of surface features, defects, and foreign bodies in food products.

• Can this microscope be integrated with digital imaging?

• What kind of maintenance does a stereo microscope require?

• Is this unit suitable for use in a production environment?

• What accessories are commonly needed with a stereo microscope?

Vision inspection systems for food processing hold a solid reputation for reliability and consistency in quality control. Buyers typically value systems that integrate well with existing production lines and offer straightforward calibration. When purchasing used units, inspecting optical components, sensor sensitivity, and software compatibility proves essential. Industry sentiment favours equipment with robust construction, minimal downtime records, and accessible technical support. These systems generally excel at detecting defects, contaminants, and packaging irregularities, making them valuable long-term investments for food manufacturers seeking dependable automation.

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