OGP SmartScope multisensor metrology systems for automated dimensional measurement
OGP SmartScope multisensor metrology systems for automated dimensional measurement

OGP SmartScope M-Series

Measure More Features in One Setup

Request a demo

Request a demo

High-Speed Multisensor Measurement, Scaled to Your Parts

OGP SmartScope M-Series combines high-resolution optical measurement with optional tactile, scanning, laser and advanced non-contact sensors. From compact benchtop systems to large-format platforms, complex parts can be inspected in one automated measurement routine.

01 / 05

M20 SmartScope

XYZ Travel: 300 x 300 x 250 mm

ADVANCED MULTISENSOR METROLOGY

Fewer Setups.
Faster Answers.

Use video measurement for visible features, tactile sensors for inaccessible geometry and laser or specialist non-contact probes for surface and height data.

Because every sensor operates within the same calibrated coordinate system, complex parts can be measured with less handling, fewer refixtures and fewer transfers between separate machines.

Book a demo

Video measurement

Rapidly measure edges, diameters, profiles, patterns and other visible features without making physical contact with the component.

Touch and scanning probes

Access bores, depths, planes, surfaces and three-dimensional geometry that cannot be fully characterised through optical measurement alone.

Laser and non-contact sensors

Capture height, depth and surface information on delicate, reflective or difficult-to-access features, subject to the selected sensor and application.

SENSOFAR SCANNER

CAD-BASED METROLOGY SOFTWARE

One Program
Every Sensor

ZONE3 brings CAD, sensor selection, path planning, GD&T and reporting into one visual 3D environment. It generates paths from CAD, optimises machine movement and coordinates every sensor within the same routine.

Real-time simulation helps identify potential collisions before inspection.

With ZONE3 Offline, routines can be prepared away from the system, keeping the machine available for measurement.

ZONE3 Capabilities

2D and 3D CAD-based programming

2D and 3D CAD-based programming

2D and 3D CAD-based programming

Automatic path generation

Automatic path generation

Automatic path generation

Multisensor routine optimisation

Multisensor routine optimisation

Multisensor routine optimisation

Machine, part and sensor simulation

Machine, part and sensor simulation

Machine, part and sensor simulation

ISO and ASME GD&T functionality

ISO and ASME GD&T functionality

ISO and ASME GD&T functionality

Configurable reports and data export

Configurable reports and data export

Configurable reports and data export

Offline programming option

Offline programming option

Offline programming option

One Measurement Platform
Five Scales

OGP M7 SmartScope M series from AIET Group

01 / 05

TREND

SmartScope M7

Compact benchtop multisensor measurement

A compact platform for small precision components, densely packed features and facilities where floor space matters.

Standard XYZ travel: 250 × 150 × 200 mm
Optional travel: Extended X-axis to 300 mm
Recommended maximum payload: 25 kg

02 / 05

TREND

SmartScope M20

Benchtop multisensor measurement with floor mount capacity

A larger benchtop platform offering a 300 mm measurement envelope across X and Y, with generous Z travel for taller components and fixtures.

Standard XYZ travel: 300 × 300 × 250 mm
Recommended maximum payload: 30 kg

OGP M20 SmartScope M series from AIET Group
OGP M45 SmartScope M series from AIET Group

03 / 05

TREND

SmartScope M45

Large-capacity multisensor measurement

A floor-standing platform for larger parts, multiple components and fixture-loaded inspection, with optional extended Y and Z travel.

Standard XYZ travel: 500 × 450 × 200 mm
Optional travel: Y-axis to 610 mm and Z-axis to 300 mm
Recommended maximum payload: 65 kg

04 / 05

TREND

SmartScope M50

Heavy-duty measurement for demanding applications

A rigid granite-bridge system with extended Y-axis capacity, designed for larger components, deeper geometry and demanding multisensor inspection routines.

Standard XYZ travel: 450 × 600 × 200 mm
Optional travel: Z-axis to 300 or 400 mm
Recommended maximum payload: 50 kg

OGP M50 SmartScope M series from AIET Group
OGP M130 SmartScope M series from AIET Group

05 / 05

TREND

SmartScope M130

Large-format measurement for large and heavy parts

The largest M-Series platform, providing substantial measurement volume and payload capacity for major components that remain impractical for smaller systems.

Standard XYZ travel: 790 × 815 × 200 mm
Optional travel: Z-axis to 300 or 400 mm
Recommended maximum payload: 75 kg

Built for Inspection That Needs More Than One Measurement Method

IS M-SERIES RIGHT FOR YOUR PARTS?

M-Series Complete Inspection. Fewer Setups. Shorter Cycles.

Fewer Setups

Measure visible, inaccessible and surface features in one automated routine, reducing handling and refixturing.


Complete Multisensor Measurement

Combine video, tactile, scanning, laser and non-contact sensors, using the right measurement method for each feature.


Shorter Cycle Times

Accelerate inspection with instantaneous magnification changes, full-field processing and optimised machine movement.


Simplified Programming

Program every sensor within the same CAD-based ZONE3 environment, including offline routine creation.


Lower Operating Costs

Consolidate measurement tasks onto one platform, reducing demands on floor space, training, calibration and maintenance.

Aerospace and defence

Turbine components, precision-machined housings, complex profiles, holes, bores and safety-critical components requiring traceable dimensional inspection.

Electronics and connectors

High-density components, terminals, connectors, substrates and small features requiring fast optical inspection.

Medical and precision manufacturing

Implants, instruments, miniature components and tightly toleranced features where contact and non-contact measurement may be required on the same part.

Plastics and moulded components

Edges, radii, wall features and three-dimensional geometry on components that may be unsuitable for extensive contact measurement.

Aerospace and defence

Turbine components, precision-machined housings, complex profiles, holes, bores and safety-critical components requiring traceable dimensional inspection.

Electronics and connectors

High-density components, terminals, connectors, substrates and small features requiring fast optical inspection.

Medical and precision manufacturing

Implants, instruments, miniature components and tightly toleranced features where contact and non-contact measurement may be required on the same part.

Plastics and moulded components

Edges, radii, wall features and three-dimensional geometry on components that may be unsuitable for extensive contact measurement.

Aerospace and defence

Turbine components, precision-machined housings, complex profiles, holes, bores and safety-critical components requiring traceable dimensional inspection.

Medical and precision manufacturing

Implants, instruments, miniature components and tightly toleranced features where contact and non-contact measurement may be required on the same part.

Electronics and connectors

High-density components, terminals, connectors, substrates and small features requiring fast optical inspection.

Plastics and moulded components

Edges, radii, wall features and three-dimensional geometry on components that may be unsuitable for extensive contact measurement.

Frequently asked questions

Answers to common questions about OGP Multisensor measurement systems

Schedule a call

Let’s talk about your application and how AIET Group can help you.

Speak to an expert

Do you prefer email? We're available at:

sales@aietgroup.ae

Schedule a call

Let’s talk about your application and how AIET Group can help you.

Speak to an expert

Do you prefer email? We're available at:

sales@aietgroup.ae

Schedule a call

Let’s talk about your application and how AIET Group can help you.

Speak to an expert

Do you prefer email? We're available at:

sales@aietgroup.ae

What is the OGP SmartScope M-Series?
icon

SmartScope M-Series is a family of automated 3D multisensor dimensional measurement systems. It combines high-resolution optical measurement with optional tactile, scanning, laser and advanced non-contact sensors.

What is the difference between the OGP E-Series and M-Series?
icon

E-Series is positioned for accessible, high-performance video measurement with selected tactile options. M-Series adds the 20 MP IntelliCentric-M Optical System, ZONE3 software and a broader range of tactile, scanning, laser and advanced non-contact sensor configurations.

Which SmartScope M-Series models are available?
icon

The range consists of the benchtop M7 and M20, the floor-standing M45 and M50, and the large-format M130. Standard XYZ measurement travels extend from 250 × 150 × 200 mm on the M7 to 790 × 815 × 200 mm on the M130.

What sensors can be fitted to an M-Series system?
icon

Depending on the model and configuration, options include touch probes, scanning probes, the Feather Probe, through-the-lens laser, TeleStar Probe, Rainbow Probe and other non-contact sensors. Rotary indexers are also available.

Can different sensors be used in the same measurement routine?
icon

Yes. ZONE3 can coordinate optical, tactile and non-contact sensors within a single automated routine. This allows each feature to be measured using the most appropriate sensor without transferring the component to another machine.

What is VIRTUAL ZOOM?
icon

VIRTUAL ZOOM provides instantaneous magnification changes through the IntelliCentric-M fixed optical system. It gives the operator access to different image scales without waiting for a conventional mechanical zoom assembly to reposition.

What illumination is included as standard?
icon

M-Series systems include LED substage profile illumination, coaxial surface illumination and SmartRing LED ring lighting. These lighting methods can be selected and controlled within the measurement routine.

Does every M-Series system use ZONE3?
icon

Yes. ZONE3 is the metrology software platform used across the M-Series. ZONE3 Express is standard, while Prime, Pro and Offline options provide additional CAD, analysis, regulatory and offline programming capabilities.

Can M-Series programs be created offline?
icon

Yes, when ZONE3 Offline is specified. It enables measurement routines to be created and simulated at a separate workstation without occupying the measurement system.

How do I choose the correct M-Series model?
icon

Selection should consider the complete part and fixture envelope, payload, critical tolerances, feature access, required sensors, throughput and future inspection requirements. AIET can review these factors and recommend an appropriate platform and configuration.

Can AIET arrange an M-Series demonstration?
icon

AIET can arrange an application discussion and demonstration planning based on your parts and measurement requirements. Providing basic information about the component, tolerances and current inspection process will make the session more useful.

What is the OGP SmartScope M-Series?
icon

SmartScope M-Series is a family of automated 3D multisensor dimensional measurement systems. It combines high-resolution optical measurement with optional tactile, scanning, laser and advanced non-contact sensors.

What is the difference between the OGP E-Series and M-Series?
icon

E-Series is positioned for accessible, high-performance video measurement with selected tactile options. M-Series adds the 20 MP IntelliCentric-M Optical System, ZONE3 software and a broader range of tactile, scanning, laser and advanced non-contact sensor configurations.

Which SmartScope M-Series models are available?
icon

The range consists of the benchtop M7 and M20, the floor-standing M45 and M50, and the large-format M130. Standard XYZ measurement travels extend from 250 × 150 × 200 mm on the M7 to 790 × 815 × 200 mm on the M130.

What sensors can be fitted to an M-Series system?
icon

Depending on the model and configuration, options include touch probes, scanning probes, the Feather Probe, through-the-lens laser, TeleStar Probe, Rainbow Probe and other non-contact sensors. Rotary indexers are also available.

Can different sensors be used in the same measurement routine?
icon

Yes. ZONE3 can coordinate optical, tactile and non-contact sensors within a single automated routine. This allows each feature to be measured using the most appropriate sensor without transferring the component to another machine.

What is VIRTUAL ZOOM?
icon

VIRTUAL ZOOM provides instantaneous magnification changes through the IntelliCentric-M fixed optical system. It gives the operator access to different image scales without waiting for a conventional mechanical zoom assembly to reposition.

What illumination is included as standard?
icon

M-Series systems include LED substage profile illumination, coaxial surface illumination and SmartRing LED ring lighting. These lighting methods can be selected and controlled within the measurement routine.

Does every M-Series system use ZONE3?
icon

Yes. ZONE3 is the metrology software platform used across the M-Series. ZONE3 Express is standard, while Prime, Pro and Offline options provide additional CAD, analysis, regulatory and offline programming capabilities.

Can M-Series programs be created offline?
icon

Yes, when ZONE3 Offline is specified. It enables measurement routines to be created and simulated at a separate workstation without occupying the measurement system.

How do I choose the correct M-Series model?
icon

Selection should consider the complete part and fixture envelope, payload, critical tolerances, feature access, required sensors, throughput and future inspection requirements. AIET can review these factors and recommend an appropriate platform and configuration.

Can AIET arrange an M-Series demonstration?
icon

AIET can arrange an application discussion and demonstration planning based on your parts and measurement requirements. Providing basic information about the component, tolerances and current inspection process will make the session more useful.

What is the OGP SmartScope M-Series?
icon

SmartScope M-Series is a family of automated 3D multisensor dimensional measurement systems. It combines high-resolution optical measurement with optional tactile, scanning, laser and advanced non-contact sensors.

What is the difference between the OGP E-Series and M-Series?
icon

E-Series is positioned for accessible, high-performance video measurement with selected tactile options. M-Series adds the 20 MP IntelliCentric-M Optical System, ZONE3 software and a broader range of tactile, scanning, laser and advanced non-contact sensor configurations.

Which SmartScope M-Series models are available?
icon

The range consists of the benchtop M7 and M20, the floor-standing M45 and M50, and the large-format M130. Standard XYZ measurement travels extend from 250 × 150 × 200 mm on the M7 to 790 × 815 × 200 mm on the M130.

What sensors can be fitted to an M-Series system?
icon

Depending on the model and configuration, options include touch probes, scanning probes, the Feather Probe, through-the-lens laser, TeleStar Probe, Rainbow Probe and other non-contact sensors. Rotary indexers are also available.

Can different sensors be used in the same measurement routine?
icon

Yes. ZONE3 can coordinate optical, tactile and non-contact sensors within a single automated routine. This allows each feature to be measured using the most appropriate sensor without transferring the component to another machine.

What is VIRTUAL ZOOM?
icon

VIRTUAL ZOOM provides instantaneous magnification changes through the IntelliCentric-M fixed optical system. It gives the operator access to different image scales without waiting for a conventional mechanical zoom assembly to reposition.

What illumination is included as standard?
icon

M-Series systems include LED substage profile illumination, coaxial surface illumination and SmartRing LED ring lighting. These lighting methods can be selected and controlled within the measurement routine.

Does every M-Series system use ZONE3?
icon

Yes. ZONE3 is the metrology software platform used across the M-Series. ZONE3 Express is standard, while Prime, Pro and Offline options provide additional CAD, analysis, regulatory and offline programming capabilities.

Can M-Series programs be created offline?
icon

Yes, when ZONE3 Offline is specified. It enables measurement routines to be created and simulated at a separate workstation without occupying the measurement system.

How do I choose the correct M-Series model?
icon

Selection should consider the complete part and fixture envelope, payload, critical tolerances, feature access, required sensors, throughput and future inspection requirements. AIET can review these factors and recommend an appropriate platform and configuration.

Can AIET arrange an M-Series demonstration?
icon

AIET can arrange an application discussion and demonstration planning based on your parts and measurement requirements. Providing basic information about the component, tolerances and current inspection process will make the session more useful.