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As an authorized distributor of OGP systems, we help you evaluate, select, and implement the right measurement solution to match your accuracy, speed, and production needs.
Multisensor Measurement Systems for Complete 3D Inspection
Multisensor measurement systems combine video, touch probe, and laser technologies into a single platform, allowing for complete 3D inspection of complex parts in one setup. This approach improves accuracy, reduces handling, and significantly shortens inspection time compared to using multiple systems.
Modern multisensor systems, including platforms like SmartScope, Fusion, and FlexPoint, are designed to seamlessly integrate multiple sensing technologies. This allows operators to measure a wide range of part features—from small, intricate details to larger geometries—without switching machines or recalibrating.
From shop-floor inspection to fully automated production environments, these systems support everything from quick measurements to advanced, CAD-driven inspection workflows.
Video Measurement Systems for Fast, Automated 2D Inspection
Video measurement systems provide high-speed, accurate 2D and 2.5D inspection using advanced imaging, automation, and intuitive software. Solutions like StarLite and SNAP systems are designed to simplify measurement while maintaining the precision required for production and quality environments.
Compact and versatile, these systems integrate easily from the shop floor to the lab or into automated workflows. With powerful software for measurement, analysis, and reporting, video systems streamline inspection while improving consistency and throughput.
3D Laser Scanning Systems for Fast, Automated Measurement
ShapeGrabber 3D laser scanning systems deliver fast, accurate, and automated measurement of complex parts. These systems are ideal for applications such as molded plastics, castings, stampings, and machined components that are difficult or time-consuming to measure with traditional methods.
ShapeGrabber systems are designed for ease of use and can be programmed for repeat inspections, helping streamline workflows and improve consistency. Multiple system configurations are available to match different part sizes and application requirements.
Shaft Measurement Systems for Fast, High-Accuracy Cylindrical Inspection
TurnCheck shaft measurement systems are precision optical instruments designed for fast, non-contact inspection of shafts, cylinders, and other turned parts. Built for shop-floor environments, these systems deliver consistent, high-accuracy results even in conditions where vibration and temperature variation are present.
TurnCheck systems use advanced image analysis to automatically detect and measure features in a single scan, reducing the need for programming or CAD models. With multiple system configurations available, they support a wide range of part sizes and applications, from simple shaft inspection to advanced GD&T analysis and reverse engineering.
Optical Comparators for Reliable, High-Accuracy Shop-Floor Measurement
Optical comparators remain a trusted solution for fast, non-contact inspection by projecting part profiles for easy measurement and analysis. These systems combine precision optics, advanced lighting, and durable construction to support consistent performance in production environments.
Modern systems, including video-enabled contour projectors, enhance traditional comparator capabilities by integrating digital imaging and expanded magnification. This allows for more precise measurement of both large features and fine details, while maintaining the rugged performance required for demanding applications.
Optical systems use cameras for non-contact measurement of edges and surfaces. Multisensor systems combine optical, probe, and laser technologies for full 3D inspection. Laser systems are best for capturing complex 3D shapes and surface data quickly.
The right system depends on your part geometry, tolerances, material, and production environment. Complex parts often require multisensor or laser systems, while simpler inspections may only need optical or video measurement solutions.
A multisensor system combines multiple measurement technologies—such as video, touch probe, and laser—into one platform to measure a wide range of features with high accuracy and efficiency.
Video systems are ideal for fast, repeatable 2D measurements, especially in production environments where speed and ease of use are critical.
Laser scanning systems are used to capture full 3D surface data for complex shapes, making them ideal for applications like reverse engineering, quality control, and inspection of molded or freeform parts.
Shaft measurement systems are designed specifically for cylindrical parts, allowing fast and accurate measurement of diameters, lengths, runout, and other critical features.
Yes. Optical comparators remain widely used for quick, reliable shop-floor inspection. Modern versions also integrate digital imaging for improved accuracy and flexibility.
Yes. Many metrology systems are designed for shop-floor use and include features like vibration resistance and temperature compensation to maintain accuracy in real-world conditions.
Industries such as aerospace, medical device manufacturing, automotive, electronics, and precision machining rely on these systems for accurate dimensional inspection and quality control.
Yes. Many systems support automated measurement routines, CAD-based programming, and integration into automated production environments for high-throughput inspection.
A distributor helps you evaluate your application, compare technologies, and select the right system without over- or under-specifying. You also gain access to support, training, and integration expertise.
If you have any further questions not covered here, feel free to reach out. We’re here to provide you with the answers you need regarding our products and services.
Tell us about your measurement challenge and one of our metrology experts will contact you within one business day with a tailored recommendation.
