OGP Multisensor Metrology Systems UAE & GCC

What is an OGP multisensor measurement system?

An OGP multisensor measurement system combines optical video measurement with tactile probes, scanning probes, lasers and other non-contact sensors. Because every sensor operates within one calibrated coordinate system, different features can be measured in a single programme and setup.

What are OGP SmartScope systems used to measure?

SmartScope systems perform automated dimensional inspection of precision components, including edges, diameters, bores, angles, positions, profiles, heights, depths and geometric tolerances. The exact measurement capability depends on the part geometry, material, tolerances and selected sensors.

Why combine optical, tactile and laser measurement?

Each technology is suited to different features. Optical measurement captures visible edges quickly and without contact, tactile probes access features that cannot be seen, and laser sensors measure surface height, form and profile. Combining them reduces refixturing, manual handling and dependence on separate measuring machines.

How is an OGP SmartScope different from a traditional CMM?

A traditional CMM primarily collects points using a tactile probe. SmartScope adds high-speed optical measurement and, depending on the system, laser and specialist non-contact sensors. This makes it particularly effective for components with small features, delicate surfaces, complex profiles or numerous visible dimensions, while retaining tactile capability where required.

Which OGP SmartScope range is right for my application?

The E-Series is designed for automatic video measurement and general-purpose dimensional inspection. The M-Series adds advanced multisensor capability and higher-resolution optics. SmartScope SP is optimised for scanning-probe performance, while Vantage provides maximum accuracy and sensor flexibility for demanding 3D measurement. Selection depends on part size, tolerances, feature access, throughput and required sensors.

What sensors are available on OGP measurement systems?

Depending on the platform, OGP systems can use video optics, touch-trigger probes, continuous scanning probes, Feather Probes, through-the-lens lasers, TeleStar interferometric sensors, Rainbow Probes and other non-contact sensors. Rotary indexers and articulating probe heads can extend measurement to multiple part orientations.

Can OGP systems measure transparent, fragile or easily deformed parts?

Yes, when configured with the appropriate sensor. Optical measurement avoids physical contact, while the OGP Rainbow Probe can measure transparent, translucent, fragile, liquid and easily deformed surfaces. The correct approach depends on the material, surface finish, geometry and required uncertainty.

What is OGP ZONE3 metrology software?

ZONE3 is OGP’s true 3D CAD-based multisensor metrology software. It can generate measurement routines from CAD data, coordinate multiple sensors, optimise machine movements, simulate the machine and fixture, evaluate GD&T and produce visual or numerical inspection reports through one common interface.

Can OGP measurement systems be programmed offline?

ZONE3 Offline allows measurement routines to be developed and validated away from the machine. This reduces programming-related machine downtime and enables inspection programmes to be prepared before parts reach production.

Can OGP systems be integrated into automated production?

Yes. Suitable OGP systems can interface with automated cells using digital I/O, remote programme selection and machine-status monitoring. They can support robot-loaded inspection, closed measurement cells and connected production environments when the complete application is engineered accordingly.

How accurate are OGP measurement systems?

Accuracy varies by machine, measuring volume, optics, sensor, environment and feature type. OGP publishes model-specific linear, area and volumetric accuracy specifications. The correct system should be selected against the component tolerances and required measurement uncertainty, not camera resolution alone.

Which industries use OGP multisensor metrology?

OGP systems are used across aerospace, defence, medical devices, electronics, semiconductors, automotive, plastics, energy and precision engineering. They are particularly valuable where components combine small features, complex geometries, tight tolerances or surfaces requiring different measurement technologies.

Where can I buy OGP metrology systems in the UAE and Middle East?

AIET Group is an authorised OGP partner in the Middle East. AIET provides regional application assessment, system and sensor selection, demonstrations, installation coordination, training and ongoing support for OGP measurement systems.

What is an OGP multisensor measurement system?

An OGP multisensor measurement system combines optical video measurement with tactile probes, scanning probes, lasers and other non-contact sensors. Because every sensor operates within one calibrated coordinate system, different features can be measured in a single programme and setup.

What are OGP SmartScope systems used to measure?

SmartScope systems perform automated dimensional inspection of precision components, including edges, diameters, bores, angles, positions, profiles, heights, depths and geometric tolerances. The exact measurement capability depends on the part geometry, material, tolerances and selected sensors.

Why combine optical, tactile and laser measurement?

Each technology is suited to different features. Optical measurement captures visible edges quickly and without contact, tactile probes access features that cannot be seen, and laser sensors measure surface height, form and profile. Combining them reduces refixturing, manual handling and dependence on separate measuring machines.

How is an OGP SmartScope different from a traditional CMM?

A traditional CMM primarily collects points using a tactile probe. SmartScope adds high-speed optical measurement and, depending on the system, laser and specialist non-contact sensors. This makes it particularly effective for components with small features, delicate surfaces, complex profiles or numerous visible dimensions, while retaining tactile capability where required.

Which OGP SmartScope range is right for my application?

The E-Series is designed for automatic video measurement and general-purpose dimensional inspection. The M-Series adds advanced multisensor capability and higher-resolution optics. SmartScope SP is optimised for scanning-probe performance, while Vantage provides maximum accuracy and sensor flexibility for demanding 3D measurement. Selection depends on part size, tolerances, feature access, throughput and required sensors.

What sensors are available on OGP measurement systems?

Depending on the platform, OGP systems can use video optics, touch-trigger probes, continuous scanning probes, Feather Probes, through-the-lens lasers, TeleStar interferometric sensors, Rainbow Probes and other non-contact sensors. Rotary indexers and articulating probe heads can extend measurement to multiple part orientations.

Can OGP systems measure transparent, fragile or easily deformed parts?

Yes, when configured with the appropriate sensor. Optical measurement avoids physical contact, while the OGP Rainbow Probe can measure transparent, translucent, fragile, liquid and easily deformed surfaces. The correct approach depends on the material, surface finish, geometry and required uncertainty.

What is OGP ZONE3 metrology software?

ZONE3 is OGP’s true 3D CAD-based multisensor metrology software. It can generate measurement routines from CAD data, coordinate multiple sensors, optimise machine movements, simulate the machine and fixture, evaluate GD&T and produce visual or numerical inspection reports through one common interface.

Can OGP measurement systems be programmed offline?

ZONE3 Offline allows measurement routines to be developed and validated away from the machine. This reduces programming-related machine downtime and enables inspection programmes to be prepared before parts reach production.

Can OGP systems be integrated into automated production?

Yes. Suitable OGP systems can interface with automated cells using digital I/O, remote programme selection and machine-status monitoring. They can support robot-loaded inspection, closed measurement cells and connected production environments when the complete application is engineered accordingly.

How accurate are OGP measurement systems?

Accuracy varies by machine, measuring volume, optics, sensor, environment and feature type. OGP publishes model-specific linear, area and volumetric accuracy specifications. The correct system should be selected against the component tolerances and required measurement uncertainty, not camera resolution alone.

Which industries use OGP multisensor metrology?

OGP systems are used across aerospace, defence, medical devices, electronics, semiconductors, automotive, plastics, energy and precision engineering. They are particularly valuable where components combine small features, complex geometries, tight tolerances or surfaces requiring different measurement technologies.

Where can I buy OGP metrology systems in the UAE and Middle East?

AIET Group is an authorised OGP partner in the Middle East. AIET provides regional application assessment, system and sensor selection, demonstrations, installation coordination, training and ongoing support for OGP measurement systems.

What is an OGP multisensor measurement system?

An OGP multisensor measurement system combines optical video measurement with tactile probes, scanning probes, lasers and other non-contact sensors. Because every sensor operates within one calibrated coordinate system, different features can be measured in a single programme and setup.

What are OGP SmartScope systems used to measure?

SmartScope systems perform automated dimensional inspection of precision components, including edges, diameters, bores, angles, positions, profiles, heights, depths and geometric tolerances. The exact measurement capability depends on the part geometry, material, tolerances and selected sensors.

Why combine optical, tactile and laser measurement?

Each technology is suited to different features. Optical measurement captures visible edges quickly and without contact, tactile probes access features that cannot be seen, and laser sensors measure surface height, form and profile. Combining them reduces refixturing, manual handling and dependence on separate measuring machines.

How is an OGP SmartScope different from a traditional CMM?

A traditional CMM primarily collects points using a tactile probe. SmartScope adds high-speed optical measurement and, depending on the system, laser and specialist non-contact sensors. This makes it particularly effective for components with small features, delicate surfaces, complex profiles or numerous visible dimensions, while retaining tactile capability where required.

Which OGP SmartScope range is right for my application?

The E-Series is designed for automatic video measurement and general-purpose dimensional inspection. The M-Series adds advanced multisensor capability and higher-resolution optics. SmartScope SP is optimised for scanning-probe performance, while Vantage provides maximum accuracy and sensor flexibility for demanding 3D measurement. Selection depends on part size, tolerances, feature access, throughput and required sensors.

What sensors are available on OGP measurement systems?

Depending on the platform, OGP systems can use video optics, touch-trigger probes, continuous scanning probes, Feather Probes, through-the-lens lasers, TeleStar interferometric sensors, Rainbow Probes and other non-contact sensors. Rotary indexers and articulating probe heads can extend measurement to multiple part orientations.

Can OGP systems measure transparent, fragile or easily deformed parts?

Yes, when configured with the appropriate sensor. Optical measurement avoids physical contact, while the OGP Rainbow Probe can measure transparent, translucent, fragile, liquid and easily deformed surfaces. The correct approach depends on the material, surface finish, geometry and required uncertainty.

What is OGP ZONE3 metrology software?

ZONE3 is OGP’s true 3D CAD-based multisensor metrology software. It can generate measurement routines from CAD data, coordinate multiple sensors, optimise machine movements, simulate the machine and fixture, evaluate GD&T and produce visual or numerical inspection reports through one common interface.

Can OGP measurement systems be programmed offline?

ZONE3 Offline allows measurement routines to be developed and validated away from the machine. This reduces programming-related machine downtime and enables inspection programmes to be prepared before parts reach production.

Can OGP systems be integrated into automated production?

Yes. Suitable OGP systems can interface with automated cells using digital I/O, remote programme selection and machine-status monitoring. They can support robot-loaded inspection, closed measurement cells and connected production environments when the complete application is engineered accordingly.

How accurate are OGP measurement systems?

Accuracy varies by machine, measuring volume, optics, sensor, environment and feature type. OGP publishes model-specific linear, area and volumetric accuracy specifications. The correct system should be selected against the component tolerances and required measurement uncertainty, not camera resolution alone.

Which industries use OGP multisensor metrology?

OGP systems are used across aerospace, defence, medical devices, electronics, semiconductors, automotive, plastics, energy and precision engineering. They are particularly valuable where components combine small features, complex geometries, tight tolerances or surfaces requiring different measurement technologies.

Where can I buy OGP metrology systems in the UAE and Middle East?

AIET Group is an authorised OGP partner in the Middle East. AIET provides regional application assessment, system and sensor selection, demonstrations, installation coordination, training and ongoing support for OGP measurement systems.

OGP MultiSensor
Metrology Systems

Every Critical Feature.
One Measurement System.

The World's Most Advanced Metrology Software

Trusted Where Precision Matters Most

OGP SmartScope Multisensor Measurement Systems

E-Series

Fast, automatic video measurement made accessible

M-Series

Measure more features, faster

SmartScope SP

High-performance scanning for complex 3D parts

SmartScope Vantage

Maximum accuracy. Maximum capability.

Quality control at production speed

Quality control at production speed

“A ‘game-changer’ for delivering first time right parts.”

Parts move directly from machining to inspection, with measurement feedback returned to the operator in under ten minutes.

Sub-micron precision

Real-time reporting

Local Expertise.
Long-Term OGP Support.

The latest OGP insights from our team

What Is Multisensor Metrology? A Practical Guide for Aerospace and Defence Inspection

The latest OGP insights from our team

What Is Multisensor Metrology? A Practical Guide for Aerospace and Defence Inspection

The latest OGP insights from our team

What Is Multisensor Metrology? A Practical Guide for Aerospace and Defence Inspection

Frequently asked questions

Schedule a call

Schedule a call

Schedule a call

OGP MultiSensor Metrology Systems

Every Critical Feature. One Measurement System.

The World's Most Advanced Metrology Software

Trusted Where Precision Matters Most

OGP SmartScope Multisensor Measurement Systems

E-Series

Fast, automatic video measurement made accessible

M-Series

Measure more features, faster

SmartScope SP

High-performance scanning for complex 3D parts

SmartScope Vantage

Maximum accuracy. Maximum capability.

Quality control at production speed

Quality control at production speed

“A ‘game-changer’ for delivering first time right parts.”

Parts move directly from machining to inspection, with measurement feedback returned to the operator in under ten minutes.

Sub-micron precision

Real-time reporting

Local Expertise. Long-Term OGP Support.

The latest OGP insights from our team

What Is Multisensor Metrology? A Practical Guide for Aerospace and Defence Inspection

The latest OGP insights from our team

What Is Multisensor Metrology? A Practical Guide for Aerospace and Defence Inspection

The latest OGP insights from our team

What Is Multisensor Metrology? A Practical Guide for Aerospace and Defence Inspection

Frequently asked questions

Schedule a call

Schedule a call

Schedule a call

OGP MultiSensor
Metrology Systems

Every Critical Feature.
One Measurement System.

Local Expertise.
Long-Term OGP Support.