The SmartScope® M-Series represents a new standard in video and multisensor measurement, combining advanced optical technology with flexible sensor integration to support a wide range of inspection applications.
Designed for both speed and precision, the system enables accurate measurement of complex parts using optical, laser, and tactile sensors within a single platform. This reduces the need for multiple setups while improving measurement consistency across different feature types.
With high-resolution imaging, intuitive software, and adaptable configurations, especially when paired with advanced CMM software solutions, the M-Series helps manufacturers streamline inspection workflows, reduce cycle times, and maintain reliable measurement results across production environments.
The Renishaw Equator-X is the latest evolution of Renishaw’s flexible gauging systems, engineered to support larger parts, tighter tolerances, and fully automated production environments. Designed for the shop floor, it enables fast, repeatable measurement without interrupting production flow, especially when paired with advanced CMM software solutions.
Unlike traditional hard gauges, the Equator-X delivers both flexibility and speed through a dual-method approach. Users can switch between absolute measurement and comparative gauging within the same system, allowing them to adapt to different production needs without changing equipment.
This combination of speed, adaptability, and consistency makes it easier to manage part variation, respond to design changes, and maintain quality in real time, directly where parts are being produced.
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The SmartScope M-Series is powered by ZONE3® metrology software, enabling unified programming and measurement across all supported sensor types.
ZONE3 allows for 3D and CAD-based measurement, with parallel processing capabilities that measure multiple features within the field of view simultaneously. This reduces inspection time while maintaining high levels of accuracy.
Advanced tools such as Routine Optimization, Apply-to-Similar, and Auto Path Generation simplify complex measurement routines, allowing users to create efficient programs both on the machine and offline.
The intuitive interface supports both pre-programmed routines and walk-up measurements, making the system accessible to operators of varying experience levels.
Explore how advanced optics and multisensor measurement can improve your inspection workflow.
The SmartScope M-Series is designed to improve inspection throughput through a combination of advanced optics and software-driven efficiencies.
Virtual Zoom technology enables instant magnification changes without interrupting measurement routines, while high-resolution imaging reduces the need for repeated adjustments. This allows multiple features, including small and large geometries, to be measured more efficiently within the same setup.
Powered by ZONE3® metrology software, the system supports parallel processing and CAD-based measurement, enabling multiple features within the field of view to be measured simultaneously. This significantly reduces cycle times while maintaining high levels of accuracy.
Together, these capabilities help streamline inspection workflows, allowing manufacturers to move quickly between parts, reduce setup time, and maintain consistent measurement performance in production environments.
By reducing setup time, minimizing measurement delays, and consolidating inspection tasks into a single system, the SmartScope M-Series helps improve overall operational efficiency and long-term return on investment, supported by the expertise and ongoing guidance of CMMXYZ.
The SmartScope M-Series offers a range of system sizes and configurations to support different part sizes and measurement requirements:
A wide selection of optical, laser, and tactile sensors, including scanning probes and TTL lasers, allows each system to be configured for specific measurement applications.
The SmartScope product line includes a range of video and multisensor measurement systems designed to support different part sizes, applications, and inspection requirements.
SmartScope M-Series – Advanced multisensor systems for complex measurement applications
SmartScope SP – Flexible systems designed for varied inspection needs
SmartScope Quest – Versatile multisensor systems for a wide range of applications
CMMXYZ provides complete support for SmartScope M-Series systems, from system selection and configuration to installation, training, and ongoing support.
Our team works with manufacturers to ensure each system is aligned with real inspection requirements, helping integrate multisensor measurement into existing workflows and production processes.
See how the SmartScope M-Series can improve your inspection process. Our team can help you evaluate your application, recommend the right configuration, and support implementation from setup to long-term use.
The SmartScope M-Series is OGP's advanced video and multisensor measurement system, designed to inspect complex parts using optical, laser, and tactile sensors on a single platform. It combines the patented IntelliCentric™-M fixed-lens optical system with a 20-megapixel camera, Virtual Zoom technology, and ZONE3® metrology software, making it well suited for high-precision inspection of mixed geometries in aerospace, automotive, medical, and electronics manufacturing.
The SmartScope M-Series is designed and manufactured in the United States by Optical Gaging Products (OGP), part of Quality Vision International (QVI). OGP is the original developer of the SmartScope product line and also produces companion systems including SmartScope SP, SmartScope Quest, ShapeGrabber 3D scanners, and the FlexPoint multisensor CMM. In Canada, SmartScope systems are sold, installed, and supported by CMMXYZ.
The IntelliCentric™-M is a patented fixed-lens optical system used on the SmartScope M-Series, paired with a 20-megapixel camera. Because the lens is fixed rather than mechanically zoomed, it requires less maintenance, holds calibration longer, and delivers more consistent imaging across the depth of field. The high-resolution sensor captures fine detail without the wear and drift associated with moving optical components.
Virtual Zoom is a software-driven magnification system on the SmartScope M-Series that changes magnification instantly, with no mechanical lens movement. Traditional mechanical zoom systems require the lens assembly to physically move and then settle, adding cycle time and introducing potential drift. Virtual Zoom maintains measurement resolution across the magnification range while eliminating mechanical delays, making inspection routines faster and more repeatable.
All three are OGP video/multisensor systems, but they target different needs. The M-Series is the advanced multisensor platform built for complex measurement applications and the highest level of optical accuracy. SmartScope SP is a flexible system aimed at varied, general-purpose inspection. SmartScope Quest is a versatile multisensor system spanning a wide range of part sizes and applications. The M-Series sits at the high-precision, high-feature-complexity end of the SmartScope line.
The M-Series runs on ZONE3® metrology software, OGP's CAD-based platform that programs across optical, laser, and tactile sensors from a single interface. ZONE3 supports parallel processing of multiple features within the field of view, plus advanced tools including Routine Optimization, Apply-to-Similar, and Auto Path Generation. It supports both pre-programmed routines and walk-up measurements, making the system accessible to operators of varying skill levels.
The M-Series supports optical, laser, and tactile sensors within a single system. This includes high-resolution video measurement through the IntelliCentric™-M optics, through-the-lens (TTL) laser sensors for surface and Z-axis data, and tactile scanning probes for contact measurement of bores, datums, and freeform geometry. Combining these sensors on one platform allows complex parts to be measured in one setup, without moving the part between separate machines.
The SmartScope M-Series is offered in five base configurations: M7 (250 × 150 × 200 mm), M20 (300 × 300 × 250 mm), M45 (500 × 450 × 200 mm), M50 (450 × 600 × 200 mm), and M130 (790 × 815 × 200 mm). Several models offer optional extended X, Y, or Z axes for larger parts. This range allows manufacturers to match the system to specific part sizes and throughput requirements.
Telecentric optics produce parallel light rays through the lens, so a feature's measured size does not change as the part moves closer to or further from the camera within the depth of field. On the SmartScope M-Series, fully telecentric optics allow accurate measurement of features at varying heights without re-focus or re-calibration, maximizing the usable measurement area and reducing error on stepped or multi-level parts.
ZONE3® parallel processing measures multiple features within the camera's field of view simultaneously rather than one at a time. Combined with Virtual Zoom and the IntelliCentric™-M optics, this allows several dimensions, edges, and geometries to be captured in a single image without repositioning the stage. The result is shorter cycle times, fewer stage moves, and improved consistency across repeated inspections of the same part.
The M-Series is used in industries that require high-precision measurement of complex features and mixed geometries. In aerospace, it inspects precision housings, multi-feature parts, and complex components. In automotive, it covers engine components, machined parts, and production validation. In medical manufacturing, it measures implants, surgical tools, and high-tolerance components. It is also widely used in electronics and precision engineering for small, detailed parts requiring optical accuracy.
The most reliable evaluation is a sample part demonstration with CMMXYZ. Share representative parts or CAD files, along with your tolerance requirements and current inspection workflow, and a full multisensor routine will be built and run on an M-Series system. The resulting report covers cycle time, feature coverage, and measurement accuracy, allowing direct comparison against your current measurement process before any purchase decision.
