A Measuring Microscope That Can Measure 1000 Parts Simultaneously

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Source: Keyence•

A Measuring Microscope That Can Measure 1000 Parts Simultaneously

A measuring microscope that can measure 1000 parts on the stage simultaneously, with no need to measure each part individually or use a fixture.

The dimensions of all parts on the stage are measured simultaneously, so there is no need to measure each part individually. There is also no need for a fixture.

Fast Measurements

1Simultaneously Measure up to 1000 Target Parts

2Parts Can Be Measured Regardless of Orientation on Stage

The location and orientation of the part placed on the measurement stage are automatically detected.

There is no need for precise positioning of the part.

Easy and Fast Operation

Easy Operation with no Reference Point Alignment

Reference point alignment, the most troublesome operation for measuring microscopes and optical CMMs, is not required. After the part is placed on the stage, measurement can be started immediately while viewing the entire image.

1Intuitive Operation Allows Anyone to Use It

Includes a map navigation function that uses the stage camera to capture an overall image of the target. Anyone can intuitively use it, as you can use a whole image to find an area for measurement and then increase the magnification to specify the measurement points.

2User-friendly Menu Display for Easy Setup

The menu display shows dimensional measurements such as lines, circles, points, and virtual lines/points in an intuitive manner. Difficult-to-measure GD&T can also be measured with just one click.

Basic measurement

Virtual tools

Dimensional Measurement Examples

High Speed & Accuracy Measurement Examples

Lead Frames

  • Pattern measurement
  • Measurement of positions from reference holes

Flexible PCBs and Camera Modules

  • Device position misalignment inspection
  • Positional deviation measurement of mounted components

Mounted Components Such as Ceramic Capacitors, Crystal Oscillators, and ICs

  • Measurement using reference lines
  • Pitch measurement

Connectors, Cases, and Plastic Precision Moulded Parts

  • Measurement using reference lines
  • Pitch measurement

Process-specific Measurement Examples

CASE 1 Inspections of Prototypes and First Off-tool Parts

  • Improved productivity through reductions in launch periods
  • Measurements are possible regardless of inspector experience
  • Measurements based on the traceability of international standards

CASE 2 In-process Inspections of Samples and Parts

  • Improvement of equipment availability through reductions in setup time
  • Improvement of yield rates through better accuracy in equipment adjustment
  • In-process defect detection management

CASE 3 Incoming Inspections

  • Can manage incoming inspections for multiple types with constant standards
  • Reduce the risk of defects even when the quantity of inspections is increased
  • Improved quality through measurement of previously un-inspected points

CASE 4 Pre-shipping Inspections

  • Meet tight shipping inspection deadlines
  • Reduce the work required to create inspection report tables
  • Reduce training time and labour costs associated with inspectors

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