DeMeet Optical CMMs

3D CNC Video Measurement | Multi-Sensor | Production Floor Ready

Eley Metrology is an exclusive UK distribution and servicing partner for the DeMeet range of 3D CNC optical CMM measuring machines, combining advanced video and multi-sensor technology for high-accuracy, non-contact inspection.

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  • Exclusive UK partner for DeMeet optical CMMs:
    The DeMeet optical CMM range is designed, developed and manufactured by Schut Geometrical Metrology, a company with more than 50 years of experience in precision measuring equipment and optical measurement systems.

    Built with a fixed bridge construction and high-quality components throughout, DeMeet machines are engineered to deliver stable performance and highly accurate measurements across a wide range of applications.

  • A modern alternative to conventional measurement systems:
    The range provides an attractive alternative to conventional measuring systems, particularly where manufacturers need to inspect features that are difficult or impossible to measure using standard production measurement technology.

    By combining non-contact measurement with high-resolution imaging and optional touch probe capability, the DeMeet range helps businesses strengthen their quality strategy without compromising speed or precision.

  • Optical CMM range for every inspection requirement:
    The product line is configured to suit different part sizes, throughput demands and inspection requirements.

    The DeMeet-220 is developed as a personal desktop optical CMM, ideal for compact inspection tasks, while the DeMeet-400 series provides a versatile all-round solution for larger parts or higher-volume measurement cycles. At the top end of the range, the DeMeet-705 delivers expanded capability for more demanding measurement applications.

  • Non-contact measurement without risk of damage:
    A major benefit of optical CMM measurement is that features can be inspected without physical contact, eliminating the risk of product deformation or surface damage.

    Measurement speed and accuracy are also enhanced by the image view defined by the selected lens magnification, enabling highly accurate results to be captured efficiently within the visible field.

  • High-resolution imaging with telecentric optics
    Each DeMeet optical CMM is equipped with a Sony CCD colour camera, providing a clear, high-resolution image with excellent contrast for reliable feature detection. 

  • Flexible magnification for detailed optical measurement
    Depending on the configuration, DeMeet machines are fitted with Nikon, Leica-design or Mitutoyo optics, delivering display magnification from 40x to 400x. This allows the system to be matched to a broad range of components and inspection requirements, from small, detailed features through to larger precision parts.

  • Programmable illumination for accurate edge definition
    Accurate optical measurement depends heavily on lighting, and all DeMeet optical CMMs are equipped as standard with three programmable light sources: ring light, coaxial light and backlight.

    The three-ring LED light can be controlled by individual ring, segment and cell, allowing the user to optimise contrast, edge definition, intensity and angle for each application. The LED backlight and coaxial light are also adjustable, with coaxial illumination particularly useful for features located deeper within the component.

  • Multi-sensor capability for greater measurement flexibility
    The DeMeet range is also available in multi-sensor configuration, enabling combined non-contact and contact measurement within the same system. Where optical inspection reaches its physical limits, the machines can be equipped with a touch probe system to extend capability.

  • Approve software for 2D and 3D measurement
    Approve for DeMeet software provides a true multi-sensor environment, allowing video and touch probe data to be displayed, reported, exported and used together in common measurement constructs.

    Results are dynamically updated and can also be viewed in a 3D environment, giving users a sophisticated yet user-friendly platform for both 2D and 3D measurement.

  • Non-contact inspection of delicate components where contact measurement may risk deformation or surface damage.

  • High-accuracy 2D and 3D measurement in production quality control and metrology lab environments.

  • Inspection of features that cannot be reliably measured using conventional production measurement methods.

  • Multi-sensor measurement applications combining optical and touch probe inspection in a single system.

  • Precision measurement for industries including precision engineering, medical, plastics and electronics.

  • High-volume measurement cycles and larger product inspection using the DeMeet-400 series and DeMeet-705.

  • Compact desktop optical CMM applications using the DeMeet-220 for smaller-scale inspection tasks.

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Complement your optical CMM with digital height gauges for fast, shopfloor dimensional checks on critical features.

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Industries Used In - DeMeet Optical CMM -

An experienced engineer and an apprentice inspecting a machined metal part on a workshop table next to a CNC machine control panel.

Precision Engineering

Inspecting small precision parts, verifying tolerances, checking machined features, and measuring fine geometries.

 

DeMeet systems are specifically noted for precision engineering applications and high-precision quality control on the production floor and in metrology labs.

A lab technician wearing a hairnet and cleanroom coat operating a control panel inside a medical device manufacturing facility.

Medical Devices

Measuring implants, surgical instruments, and other delicate components where non-contact measurement helps avoid deformation or damage.
A female aerospace technician in blue overalls inspecting a complex aircraft jet engine component.

Aerospace

Measuring complex geometries, fit-critical parts, and high-precision components where accurate non-contact inspection supports quality assurance.
Close-up of a technician using red and black multimeter probes to test electrical circuits on a green printed circuit board (PCB).

Electronics

Inspecting connectors, small components, circuit-related parts, and other fine features that are too small or sensitive for contact probing.
An automated pneumatic sorting machine arm picking up clear plastic containers on a high-speed production conveyor line.

Plastics

Checking moulded parts, thin-walled components, and features that may flex or deform under contact measurement.