Microscop video masura trei axe cu precizie ridicata Vision Falcon

• Simple, compact, accurate
• With space at a premium, Swift doesn't take up much room, yet can make a big difference to your production quality.
• Rugged in construction, the unit has been designed to cope with the demands of a busy production environment.
• 2-axis video measuring system, ideal for measuring 2-D features of small, intricate parts
• Low capital investment, high accuracy measurement system
• Next generation 'touch-to-measure' measurement software
• Modular construction allows future upgrade option of combined video and microscope measurement technologies

 

• Routine Microscope
• x40 - x1000 magnification range
• Brightfield, polarized light, phase contrast and darkfield
• Excellent ergonomics for optimum operator comfort
• Outstanding optical performance
• Range of illumination options, including phase contrast, darkfield and simple polarized light
• Compact, stable design with infinity optical system

 

• High value, low investment system
• Superior ergonomics for improved productivity and increased output
• Long working distances for easy sample manipulation and rework
• x2, x4, x6 and x8 quick change objectives
• Bright white, true color, LED illumination providing up to 10,000 hours of shadow-free viewing

 

• Non-Contact Measuring Systems
• For inspection and measurement of 3-dimensional parts
• High repeatable accuracy 3-axis non-contact measurements
• Patented optical image clearly defines edges, offering superb resolution and contrast
• Powerful and intuitive microprocessors deliver simple, fast results
• Optional video edge detection for higher throughput measurements
• Wide range of system configurations and options, including fully automated CNC control

 

• High value, high specification patented design with superb optical performance
• x2 - x20 magnification options with quick change turret allows users to switch between low magnification inspection and high magnification fine detail tasks
• Patented eyepieceless optics maximize head freedom providing superb ergonomics and minimal eye fatigue

 

• Routine Laboratory Inverted Microscope
• X40 - x400 magnification range
• Brightfield, phase contrast and fluorescence
• Patented eyepieceless optics reduce operator fatigue (optional)
• Outstanding optical performance
• Infinity optical system
• Ergonomically optimised and compact design
• Optional ISIS Expanded-Pupil eyepieces increase eye-relief

 

• 50 years of proven optical experience, packed into a powerful 3-axis non-contact video measuring system
• High accuracy, value-for-money system
• Powerful and intuitive with amazing simplicity
• Compact, robust system with small footprint
• Range of system configurations and options, including fully automated CNC control
• Highly capable PC-based software with advanced data analysis and reporting
• High repeatable accuracy, value-for-money 3-axis video measuring machine

 

• CMO (Common Main Objective) stereo microscopes
• High optical quality CMO stereo microscope
• Precision optics deliver high resolution, flat field and high contrast images with long working distances and large depth of field
• SX80: x8 - x64 standard magnification range (x256 max.)
• SX100: x8 - x80 standard magnification range (x320 max.)
• Modular systems for specific applications

 

• Exceptionally large field of view, up to 205mm wide
• 36:1 optical zoom permits detailed investigation of features (maximum magnification 60x*)
• Manual or automatic focus
• Full array of annotation tools, including text, arrows, markers and measurements
• Perform simple 2D measurements (point-to-point, circles, angles, projections, areas and circumferences)
• Save captured images in JPEG, BMP or TIFF format
• CAD file import option, allowing inspection with CAD overlay

 

• Wide range of magnification x2.1 - x160
• Patented stereo Expanded-Pupil optical technology provides superb resolution and contrast
• Easy hand-to-eye coordination resulting in increased throughput, accuracy and reduced scrap
• Stereo optics for easy viewing and documenting of complex surfaces