Alternatives to OGP ZONE3

eTurns, an automated inventory management and replenishment app, was built on a mobile-first platform that is compatible with iOS/Android phones, scanners, sensors, RFID machines, and other devices. eTurns TrackStock allows clients to streamline their restocking process, save time and money, and track usage and automate replenishment. eTurns' solution for point-of-use inventory optimization is so effective that custotmers have seen inventory levels drop by up to 73% and lower carrying costs by as much as 73%. They also offer a SensorBins inventory system that uses smart-sensor scales to measure weight. Clients can manage inventory with 73 different reports that can be customized, scheduled, and emailed.

Calibration Control (CC), is used for maintenance, calibration, and general asset management. You can quickly and visually track equipment that needs calibration or maintenance using customizable highlighted grids or auto emails. Audit trails are maintained to track equipment traceability, people and companies, as well as attachments, certificates, and other information. Automate calibration control with custom or default barcode labels scannable by time-saver dialogs to increase speed. You can create custom reports or modify existing ones using the Report Designer. CC is used by ISO, FDA, and ANSI quality systems to maintain compliance and communicate that compliance to auditors or internal customers. Although CC was developed in a manufacturing environment, it can also be used in other industries such as Metrology Services, Health Care, Aviation/Aerospace, Mining, Testing, Maintenance, Designer Engineering, Oil Wells, Distribution, Packaging, among others.

Measure-X® metrology software provides an empowering experience for users, ranging from developing measurement protocols to managing an OGP system within a manufacturing setting. It boasts an extensive array of image processing and autofocus functionalities, geometric computations, ANSI/ISO tolerance standards, simple editing options, and contour analysis features. The software is compatible with various tools including touch probes, lasers, and rotary indexers. Additionally, users can tackle intricate GD&T specifications such as assessing profiles and determining true positions of features when size-related datum features permit movement. The software ensures that analysis is complemented by robust display and reporting features, offering both graphical representations with color-coded deviation whiskers and GD&T annotations on the part's CAD model. Furthermore, this versatility enhances the user’s ability to achieve precise measurements while maintaining confidence in their metrology processes.

Elements® is a metrology software that operates in a 2D CAD environment, making it perfectly suited for measuring components with a high density of features. It facilitates the creation of measurement routines directly from 2D CAD files, streamlining the process significantly. Moreover, it smartly optimizes measurement paths to enhance the speed at which data is collected. The true benefit of Elements lies in its ability to efficiently manage a large quantity of discrete features without compromising on accuracy. Users can import various CAD formats, including DXF, Gerber, and CSV location lists. An advanced review mode is available, enabling real-time visual inspection of specific features once a measurement run has concluded. Additionally, the coarse alignment feature allows for real-time adjustments of finders, improving measurement precision. The software comes equipped with sophisticated analysis tools that make it easy to interpret extensive data trends. These analytical features encompass scatter plots, histograms reflecting dimensional values, and whisker plots that illustrate deviations from the nominal values. Ultimately, it is essential to assess your measurement needs thoroughly and select the solution that aligns best with your requirements. The comprehensive capabilities of Elements® ensure that users can achieve reliable and accurate measurement results efficiently.

SpatialAnalyzer stands out as the leading portable metrology software tailored for extensive applications. This versatile, instrument-agnostic, traceable 3D graphical platform simplifies the integration of data from various devices, enabling users to effortlessly conduct intricate tasks, thereby enhancing productivity. With its remarkable flexibility, SpatialAnalyzer allows for thorough inspection of parts, data analysis, reporting, and reverse engineering. It can seamlessly interface with a wide range of portable metrology instruments, facilitating the automation of complex operations to boost measurement and inspection efficiency. The software effectively addresses an array of challenges, from straightforward to multifaceted, helping users save time, resources, and effort while significantly improving productivity. By establishing a clear return on investment, it empowers users to achieve objectives that were once deemed unattainable. Notably, SpatialAnalyzer's instrument-independent nature enables it to communicate concurrently with numerous portable metrology instruments, further enhancing its utility in various settings. This capability makes it an invaluable tool for professionals in the metrology field.

Manufacturers today demand enhanced reporting, traceability, and data continuity more than ever before. The use of intelligent 3D CAD models has become the benchmark for design authority in manufacturing, perpetuating the digital thread throughout the entire production process. Verisurf metrology software allows users to instantly observe discrepancies between the nominal CAD design and the actual finished part in real time. This tool is exceptionally suited for rapid, in-process first article inspections or automated production evaluations that optimize manufacturing operations. Inspection plan setup time can be drastically cut down from hours to mere minutes, with a minimal learning curve required. The software works seamlessly with any Coordinate Measuring Machine (CMM) through an innovative, intuitive click-and-build visual interface. Quality processes can be automated using consistent measurement plans applicable to any portable, manual, or programmable CMM. Users can easily identify deviations and tolerance issues between measured components and the nominal CAD, ensuring a top-notch user experience. Furthermore, it enables the inspection of both drawings and CAD models with advanced Model-Based Definition (MBD), allowing for the measurement of basic features as well as intricate profiles directly. By implementing this technology, manufacturers can elevate their quality assurance processes to new heights.

Renishaw's MODUS software serves as a robust solution for 5-axis measurement tasks. Its customizable user interface facilitates the offline development of native DMIS programs, which can extract geometry, dimensions, and tolerance data from CAD files while providing complete simulation capabilities. The software is equipped with certified algorithms that ensure accurate feature measurement, construction, and part alignment. Users can create programs directly from CAD, allowing for on-screen verification of probe paths. Additionally, it enables users to define the CMM environment, fixture setup, and the positioning of the part, which allows for comprehensive simulation of the 5-axis measurement procedures. This functionality significantly reduces CMM downtime, as programs can be prepared in advance, often requiring minimal to no prove-out time. Moreover, MODUS boasts a wide array of reporting features, including traditional text reports that can be fully customized by the user. Enhanced graphical reporting options allow for results visualization in relation to the CAD model, incorporating tools like whisker charts and 3D form plots for various features, thus providing a detailed understanding of measurement outcomes. Ultimately, this software not only streamlines the measurement process but also enhances accuracy and efficiency in manufacturing.

VMS™ is an advanced 2½ D metrology software that integrates robust parametric programming along with built-in scripting to facilitate the development of tailored routines and user interfaces. This software boasts extensive features that enable it to effectively manage challenging lighting scenarios, faint edges, and variations between parts. The Area Multi-Focus (AMF) feature generates a high-resolution 3D dataset from a standard autofocus operation, providing a rapid alternative to traditional laser surface scanning methods. Additionally, the Continuous Image Capture (CIC) functionality aligns illumination with the acquisition of camera frames and movement of the XY stage, enabling the collection of video images during stage motion. Furthermore, the software supports native video® processing, allowing users to analyze stored images with the same tools used for live captures, ensuring consistency in data evaluation. This versatility makes VMS™ a powerful solution for a wide range of metrology applications.

Unlock enhanced performance for your 3D measurement tools and beyond. The architecture of Metrolog X4 takes full advantage of modern computing and operating system advancements, resulting in a remarkable boost in performance and increased throughput for metrology software, while also streamlining your measurement processes. With the ability to create native 3D inspection programs in a digital twin environment, you can replicate real-world scenarios with complete accuracy and behavior. Experience inspection times reduced by at least 50% through innovative simulations that help validate GD&T and assembly operations. Seamlessly connect to your measuring instruments and run the program using one of over 120 direct machine interfaces created by Metrologic. This universal software solution is designed to accommodate all devices, regardless of brand, offering quick setup, expedited training, and an intuitive user interface for a truly efficient experience. Plus, the simplified workflow empowers users to focus on precision and productivity like never before.

Metrology.NET offers comprehensive support for both manual and fully automated calibration, utilizing your lab's 17025 measurement uncertainty calculations. Thanks to its standardized module-based “taxonomy” approach, the process of creating automation has never been more efficient. Automated calibration procedures can be established in just three straightforward steps: begin by defining the test points with their corresponding pass-fail limits, then input the instrument settings, and finally generate a VISA script utilizing Metrology blocks. The platform emphasizes the reuse of software tools across various disciplines, making it a resource-efficient choice. Metrology.NET is capable of handling a vast array of calibration needs, including DC & low frequency, RF and microwave, torque, temperature, flow, force, humidity, mass, and pressure. Furthermore, every aspect of the software is built on a sustainable framework, ensuring long-term viability. As a product of 21st-century engineering, Metrology.NET integrates the most advanced technologies available today. It transcends mere industry jargon, standing out as a truly scalable, low-code solution that is future-ready and specifically designed for the metrology field, ensuring that it meets both current and emerging needs. Its versatility allows labs to adapt to changing requirements and technological advancements seamlessly.

Hexagon Manufacturing Intelligence collaborates with manufacturers to develop innovative solutions tailored for the smart factory environment. Their comprehensive hardware and software offerings leverage data to interconnect various departments, ensuring continuous learning is integrated throughout the entire production process while prioritizing intelligent quality at every stage of the product lifecycle. By utilizing data-driven insights, decision-making evolves from initial concepts into tangible realities, with quality being a key factor in boosting productivity. Their extensive range of tools spans from hand tools and automated solutions to sophisticated coordinate measuring machines (CMMs), portable measuring arms, laser trackers, and optical scanners, all designed for precise dimensional measurement. As the foremost software developer in the metrology sector, Hexagon Manufacturing Intelligence provides a diverse suite of in-house developed, customizable software solutions that facilitate intelligent data acquisition, thorough analysis, and effective evaluation, in addition to robust data management and reporting capabilities. This commitment to quality and innovation positions Hexagon as a leader in enhancing manufacturing efficiency in today's competitive landscape.

ThreeD is an easy-to-use, free program for measuring large volumes of dimensional metrology. ThreeD can be used to measure 3D coordinates via multiple stations. ThreeD provides a variety of tools, including Coordinate Transformations, 3D Data Viewer Geometric Fitting Error Analysis and Help Examples. The full manual operation is free (no instrument drivers required); If you need Driver for your instrument, contact your application supplier. The 'Total Station class' is the most common type of instrument. ThreeD is a basic Dimensional Metrology measurement tool. ThreeD makes no express or implied warranties. The user is responsible for determining the appropriate use.

TANGRAM is an exceptionally versatile and user-friendly metrology software that provides a completely graphical interface, eliminating the necessity of mastering complex programming languages, thereby catering perfectly to the specific requirements of each customer. Designed for users who seek straightforward, cost-effective, and easy-to-navigate metrology solutions, TANGRAM simplifies the process by delivering only the essential features they require. It strikes an ideal balance between functionality, ease of use, and performance, serving as a vital component in both flexible gauging solutions and CMM capabilities. The software enhances element reporting with a graphical in-line approach, facilitating the evaluation of deviations in element form and position. Additionally, it supports the creation of simplified and advanced reference systems, making it adaptable to various measurement scenarios. Measurements can be conveniently stored in an Access database, allowing seamless access from other applications for specialized calculations, statistical analysis, and integration with different software platforms. Advanced users can further enhance their experience by utilizing a Pascal-like inner language to add unique calculations, while features like geometric tolerancing and relationships between elements, along with a dry-run mode, enable thorough program flow verification. This comprehensive functionality positions TANGRAM as a leading choice for those in need of efficient metrology solutions.

Scan-X® is an intuitive and robust surface profiling software that empowers users to visualize and measure various surfaces effectively. This software processes laser scan data to generate detailed two-dimensional profiles and/or three-dimensional rasters. Additionally, users can operate Scan-X offline to analyze imported laser scan data from external systems, such as video measuring devices. With its adjustable cursors, Scan-X facilitates swift and straightforward measurements, and it also enables users to archive their measurement outcomes and utilize playback functionality for automated inspections. OGP's authorized representatives are metrology experts who are skilled in assessing your measurement needs and suggesting the most suitable solutions. Your local representative stands ready to assist you with product information, live demonstrations, training sessions, or any purchase inquiries. They are dedicated to ensuring you get the most out of your experience with Scan-X.

We are simplifying the inspection process by capturing and automating data from 3D scanners and various other devices. This enables us to measure, comprehend, and relay inspection outcomes with minimal human involvement. Quality Assurance is essential in every manufacturing setting, and we're facilitating easier inspection through the use of 3D scanning technology. Enhance the agility of inspections by seamlessly integrating with a wide range of scanners and Portable Coordinate Measuring Machines (PCMMs) available in the market. Our user-friendly interface allows for complex metrology tasks to be handled more easily. By automating repetitive workflows with simple visual scripting tools, we can help prevent unnecessary scrapping of parts. Additionally, we aim to minimize expensive downtime by ensuring that measurements are accurate from the outset. Our efficient turbine blade averaging processes allow for the recreation of blades and blisks, while fast and precise volumetric reporting is ideal for budgeting and strategizing the additive production of heat exchangers. Furthermore, we enable the automation of standardized inspection routines, even when the reference geometry varies from one patient to another, ensuring consistency and reliability in results.

Various analysis tools are now accessible, allowing for the measurement of a diverse array of components, including machined parts, gears, blades, screw compressors, camshafts, and beyond, across a broad spectrum of CMMs. QUINDOS stands out as the premier modular metrology software designed for intricate geometries, utilized in industries such as aerospace, energy, automotive, and engineering. Users can select from an extensive array of modules to create precise measurement applications tailored to their needs. You can design your application while personalizing the user interface specifically for your machine operators. With its advanced programmability for even the most complex geometries, QUINDOS facilitates structured programming and offers the possibility of developing a personalized command library complete with UI support. Discover how Siemens AG Turbines implements QUINDOS alongside the I++ Simulator for high-pressure blades to effectively visualize both production and measurement processes in a unified manner. Additionally, learn how BMT Aerospace leverages QUINDOS and the I++ Simulator to enhance production efficiency through a virtual measuring room, enabling offline testing capabilities. This innovative approach not only optimizes workflow but also significantly improves accuracy in production processes.

TurnCheck software is designed to be both quick and user-friendly, prioritizing the measurement objectives over the technicalities of the measurement process itself. With its automatic feature extraction, the software efficiently identifies and measures all features of a part in just one scan. The ability to display the entire part in a single image allows users to view all essential shaft measurements simultaneously. Additionally, it supports rotational scans for form and runout assessments, providing visual plots that enhance result interpretation. Pre-programmed components are aligned automatically, ensuring rapid and smart one-touch measurements consistently. For easy thread evaluations, an extensive integrated thread library includes various common types, enabling users to swiftly obtain metrics like pitch and major/minor diameters. Furthermore, users can compare data points directly against a DXF model, facilitating 2D GD&T analysis. For more in-depth insights, additional data points can be exported to the optional SmartProfile® software, which offers 3D analysis capabilities and advanced GD&T features. This comprehensive approach ensures that users have all necessary tools at their fingertips for efficient measurement and analysis.

Accurate and timely calibrations are essential for maintaining the seamless operation of your business. To address this need, we have created the AutoCal software. This innovative calibration tool enables you to schedule and execute high-quality measurements and calibrations effectively. Designed to comply with international metrology and quality standards, AutoCal is versatile and can be used with equipment from various manufacturers, not just our own offerings. The software is compatible with both field and laboratory instruments, allowing for a smooth calibration process that ultimately saves you both time and money. Users can store, manage, and organize their calibration data efficiently using the software's database, which facilitates quick and secure data uploads and downloads. By implementing AutoCal, you can significantly enhance your operational workflows. Organizations across the globe have adopted AutoCal due to its user-friendly interface and reliable performance, making it a preferred choice in the industry. This adaptability ensures that businesses can maintain high standards of measurement and compliance without unnecessary complications.

Mitutoyo's MeasurLink quality management software provides extensive assistance for controlling manufacturing processes. With the latest MeasurLink 9, users can benefit from real-time online data collection, SPC charts, analysis tools, and quality control reports, along with alerts that cover the entire manufacturing system. This software is specifically designed to foster a quality information-sharing ecosystem within integrated networks, incorporating a full-fledged data collection metrology solution tailored for businesses. Acting as a central hub for data acquisition, MeasurLink efficiently connects to and gathers data from an array of measurement tools. It is compatible with a wide assortment of metrology devices, including calipers, micrometers, indicators, coordinate measuring machines (CMMs), vision systems, and many others, ensuring a versatile solution for quality management. Ultimately, MeasurLink enhances the ability to maintain and improve quality standards across various manufacturing environments.

MCOSMOS is a specialized metrology software suite developed by Mitutoyo, featuring a range of interconnected modules and dedicated expansion options compatible with Microsoft Windows operating systems 7, 8, 8.1, and 10, whether 32-bit or 64-bit. This software is accessible in 37 nations and supports 12 languages, establishing itself as the benchmark for metrology solutions worldwide. By facilitating seamless integration among a variety of applications, MCOSMOS enhances the functionality of your Coordinate Measuring Machine (CMM) and boosts productivity within quality control operations. There are also various expansion modules, like GEOPAK, available for targeted tasks such as gear measurement, airfoil analysis, reverse engineering, and integrating computer-aided design (CAD) with metrology processes. The adaptable nature of the MCOSMOS system allows users to customize their measurement software, ensuring it only incorporates the modules necessary to satisfy specific operational needs. In addition, measurement outcomes can be displayed, printed, and stored in a multitude of formats that can either be predefined or customized by the user. This flexibility not only streamlines workflow but also enhances data management capabilities.

ZEISS CALYPSO provides a straightforward, efficient, and dependable way to measure geometrical elements. You can easily set up inspection plans by simply clicking on the features you want to assess. When paired with ZEISS measuring systems and sensors, it becomes a robust all-in-one solution. The software is adaptable to your specific needs, ensuring a tailored experience. With a variety of optional add-ons, ZEISS CALYPSO equips you with the necessary tools for unique inspection requirements. You can generate inspection plans with just a few clicks, even without programming knowledge. Whether you choose to program directly on the workpiece or graphically via CAD designs, the process remains effortless. Additionally, optional features enable you to create and save comprehensive CNC inspection plans on a remote workstation. ZEISS CALYPSO is capable of automatically generating inspection plans using PMI data, incorporating all pertinent features and characteristics. With a built-in tool for formulating measuring strategies, you can either apply customized measuring approaches or refine your inspection plans based on ZEISS's insightful recommendations. This flexibility enhances the overall efficiency of your measurement processes.

High-Precision 3D Metrology Solutions. Achieve flawless quality in all product outputs and enhance customer satisfaction: ISRA's advanced metrology systems accurately assess every object and surface characteristic to the nanometer precision while maintaining rapid cycle times. From accurate measurements to the identification of defects, ISRA provides the ideal system for every inspection requirement. Our 3D measurement technologies facilitate thorough inspections down to the nanometer precision, applicable in test laboratories, random sample evaluations, or directly on the production floor. Engineered for exceptional accuracy and minimal measurement durations, our solutions come in various configurations tailored to your specific needs, ensuring optimal process reliability. An easy-to-navigate user interface allows for swift setup of measurement operations. Additionally, ISRA’s 3D form measurement systems ensure that components not only perform correctly but also fit together seamlessly through effective monitoring of their shapes. By focusing on both precision and efficiency, ISRA guarantees the highest standards in quality assurance.

Software for measurement, evaluation, and management enhances the effectiveness of all metrology operations. Testing freeform surfaces requires a significant number of measuring points, and the architecture of ZEISS CALIGO is specifically tailored to address this need. With over two decades of experience in reverse engineering and tool correction, ZEISS is well-established in the industry. Beginning in the summer of 2019, ZEISS REVERSE ENGINEERING will adopt a new structure, which serves as a foundational module for reverse engineering and offers two options: “Tool Correction” and “Volume Calculation.” This allows users to choose the option that best fits their specific application needs. User guidance is remarkably intuitive, providing a step-by-step walkthrough of the software, which significantly lowers training expenses; just a three-day seminar is sufficient to become proficient in its functionalities. Moreover, this user-friendly approach enhances the overall efficiency of metrology tasks, making it easier for professionals to integrate the software into their workflows.

Organize and monitor maintenance routines, inspections, and necessary metrological assessments for vehicles. Maintain a comprehensive log of every repair conducted on your fleet. Export data in formats compatible with XML spreadsheets, HTML, and plain text files. Set personalized reminders based on specific dates or odometer readings. Manage vehicle insurance, traffic violations, and incident reports effectively. Document various expenditures related to vehicle upkeep. Offer support for both metric (kilometers and liters) and imperial (miles and gallons) measurement systems, ensuring versatility for different user needs. This comprehensive approach aims to streamline vehicle management and enhance operational efficiency.

MiCATPlanner offers enhanced flexibility in measurement by allowing users to establish tailored measuring rules as required. The operator can adjust the number of measurement points, their arrangement, and the speed of touch-trigger or scanning probes, based on the type of feature, its size, and additional factors. Multiple sets of rules can be implemented concurrently to meet specific manufacturing or customer demands, leading to a remarkable reduction of up to 95 percent in the time required to create CMM part programs. This not only decreases the labor costs associated with programming parts but also helps to avert costly and damaging probe collisions. To maximize efficiency, the system includes a virtual pre-run measurement program, enabling users to select which characteristics, features, and measurement point sets to incorporate or exclude from the measurement plan. Additionally, it allows for the automatic application of either individual or global measurement strategies across all part programs or targeted ones, ensuring consistent and efficient processing. It also provides explanations for features that cannot be measured, such as instances of missing GD&T or undefined probe angles, thereby improving overall clarity and effectiveness in the measurement process.

KurtSPC Premium is an advanced statistical process control software that gathers data from various devices and consolidates it into a single location, enhancing manufacturing efficiency. Statistical process control (SPC) plays a crucial role in overseeing and refining processes to ensure they achieve their maximum operational capacity. When processes run at their peak, they can produce the highest quantity of quality products while minimizing waste. Designed for ease of use and quick setup, KurtSPC Premium offers a user-friendly approach to process enhancement. It includes customizable data collection fields, error codes, and both graphical and textual instructions for operators. Additionally, it accommodates voice and video support, tailored screens and reports, control of machine tools, and automated gauging capabilities. The software is versatile, compatible with nearly all types of gages and metrology instruments, and features Kurt’s innovative Event/Actions functionality, making it a comprehensive tool for any manufacturing environment. Moreover, its adaptability ensures that it can meet the evolving needs of users seeking to improve their operational processes.

Inputting data into KITRY EHS or extracting details from external software, qualifying incidents, overseeing remote documentation and reporting, web-based incident alerts, tracking near-misses, managing analytical files associated with workstations, establishing workflows, generating statistical analyses, and optionally utilizing SCAN-OCR for digitizing paper records are key tasks. Additionally, the management of workstations, homogenous exposure groups, alerts and corresponding action plans, workflows, as well as the "3 green lights" protocol, form a crucial part of occupational risk assessments, which can incorporate various methods for determining criticality indicators for hazardous scenarios. This also includes the oversight of chemical product management and risk evaluation, ambient metrology, online surveys, facility management, fire safety planning, maintaining historical records of the organizational hierarchy, web-based reporting of hazardous conditions, and the customization of legal documentation, all of which contribute to a comprehensive EHS strategy. Furthermore, these processes ensure compliance and enhance safety within the workplace environment.

MicMac is an open-source photogrammetric suite, licensed under Cecill-B, designed for a range of 3D reconstruction applications. While the software primarily targets professional and academic users, there are ongoing efforts to enhance its accessibility for a broader audience. One of its key advantages is its impressive versatility, allowing it to be applied across diverse domains such as cartography, environmental studies, industry, forestry, heritage preservation, and archaeology. MicMac facilitates the generation of both 3D models and ortho-imagery when suitable. It is capable of handling objects of various sizes, from small items and statues captured from ground level to larger structures like churches and castles using drone imagery, as well as extensive environments like buildings, cities, or natural landscapes through aerial or satellite methods. Furthermore, the software provides tools for georeferencing products in local, global, or absolute coordinate systems. Additionally, several supplementary tools expand its capabilities into metrology and site surveying, enriching its functionality in professional applications.

QMSys Threads, Tools, Gauges & Calibration Management is an intuitive and robust software solution designed for the calculation of screw threads, taps—both cutting and forming—thread gauges, tolerances, and fits for linear dimensions, as well as for the calibration management of all varieties of thread and plain gauges, adhering to both international and national standards. With over two decades of expertise in creating metrology, quality assurance, and quality management software, Qualisyst Ltd. is committed to enhancing the efficiency of its customers. This commitment is realized through a comprehensive approach focused on boosting productivity and quality while reducing expenses. The innovative software solutions we provide, coupled with the strong partnerships we build with our clients, have been fundamental to our ongoing success. Additionally, the software is designed to work on any computer simply by connecting a USB memory stick, ensuring that no installations are necessary, which eliminates concerns about potential damage to the computer system. This user-friendly feature makes it easy for businesses to adopt and implement our software without the hassle of traditional installation processes.

The MOX CMS Module provides comprehensive enterprise-level tools to manage M&TE and laboratory workflows. CMS is the ideal solution to manage calibration operations for any organization that values flexibility and has the latest features. The MOX MPS Module offers state-of the-art capabilities to design, automate and execute calibrations. MPS is a cutting-edge metrology software that offers advanced uncertainty modeling capabilities and cutting edge metrology engineering solutions. This puts MPS far ahead of any other software. The MOX IMS Module is a web-based enterprise tool for tracking and maintaining M&TE, and other tool inventories. Your organization can quickly track asset status, location and usage using an intuitive interface and simple to use features.

Deepen AI provides cutting-edge tools and services for multi-sensor data labeling and calibration, aimed at enhancing the training process for computer vision applications in autonomous vehicles, robotics, and beyond. Their annotation suite addresses numerous critical use cases, which include 2D and 3D bounding boxes, semantic and instance segmentation, polylines, and key points. Powered by artificial intelligence, the platform boasts pre-labeling features that can automatically tag up to 80 commonly used classes, resulting in a productivity boost of seven times. Additionally, it incorporates machine learning-assisted segmentation, enabling users to segment objects effortlessly with minimal clicks, alongside precise object detection and tracking across frames to eliminate redundancy and conserve time. Furthermore, Deepen AI’s calibration suite accommodates all essential sensor types, such as LiDAR, cameras, radar, IMUs, and vehicle sensors. These sophisticated tools facilitate seamless visualization and inspection of the integrity of multi-sensor data, while also allowing for the rapid calculation of intrinsic and extrinsic calibration parameters in mere seconds. By streamlining these processes, Deepen AI empowers developers to focus more on innovation and less on manual data handling.

Prime Technologies has been a leader in calibration and maintenance management software for almost three decades. Our programs are used by thousands of companies all over the world to eliminate paper. The program has powerful math and data verification capabilities to meet FDA, ISO, and other regulatory requirements. The program supports both off-line and automatic calibrations using tablets/laptops, and documenting process calibrators. Each version is pre-validated and 21 CFR Part 11 compatible for life sciences facilities. Accounts can be divided and configured to suit the preferences of a single site or harmonised for enterprise-level deployment. Integration to ERP, CMMS and LIMS can be achieved using APIs and technical support.

The ARGUS Tri-axial wireless vibration analyzer introduces a groundbreaking approach to predictive maintenance, simplifying the process of assessing the condition of motors and their associated driven assets, such as pumps, fans, and compressors. This innovative tool facilitates effective condition monitoring of rotary machines, enabling the early detection of faults, which helps prevent potential equipment failures. By using ARGUS, organizations can significantly lower maintenance expenses while extending the longevity of their assets. Equipped with a super-compact, IP65-rated vibration sensor, this device ensures reliable data collection for ongoing monitoring and remote diagnostics. The versatile sensor can measure vibrations in three directions simultaneously, functioning as both a Single-axial and Tri-axial sensor. Users can access the dedicated ARGUS app to view and save various metrics, including RMS values of Velocity and Acceleration, Time waveforms, and FFT spectrums for both Velocity and Acceleration directly on their smartphones. Additionally, ARGUS can be easily mounted in various environments through the use of magnets, adhesives, or studs, making it adaptable to a wide range of applications. This versatility enhances its usability across diverse industrial settings, ultimately contributing to improved operational efficiency.

Segments.ai provides a robust solution for labeling multi-sensor data, combining 2D and 3D point cloud labeling into a unified interface. It offers powerful features like automated object tracking, smart cuboid propagation, and real-time interpolation, allowing users to label complex data more quickly and accurately. The platform is optimized for robotics, autonomous vehicle, and other sensor-heavy industries, enabling users to annotate data in a more streamlined way. By fusing 3D data with 2D images, Segments.ai enhances labeling efficiency and ensures high-quality data for model training.

Utilize real-time location tracking to coordinate units effectively and respond promptly in rapidly changing scenarios. Keep an eye on units through mobile radios, GPS tracking devices, or dedicated mobile applications, while also documenting and reporting their movement history. Establish virtual boundaries for specific areas, routes, or other operational requirements, which can trigger alerts through various channels such as geofences, sensors, videos, or user notifications to enhance safety and security measures. Ensure comprehensive situational awareness by consolidating field data, live video streams from multiple sources, specialized databases that include conflict zone details, and sensor information into a unified operational dashboard. Track the real-time movement of units, vehicles, and assets using radios, trackers, or GINA applications for prompt and informed decision-making. Monitor the movement history for up to 100,000 units or devices at once, ensuring robust oversight. Boost your security protocols with extensive alerting capabilities, which provide automatic notifications for environmental hazards, geofence violations, or security incidents, allowing for proactive management of potential threats. Additionally, this system enhances operational efficiency by enabling rapid responses to various challenges as they arise.

Fluke Connect™ software enables the collection, storage, and visualization of machine data from over 80 Fluke tools and sensors. This data is now securely stored in the cloud, allowing teams to access it effortlessly via their smart devices or computers. Whether it’s data from condition monitoring sensors or portable test instruments, maintenance and reliability teams are empowered with comprehensive information to make crucial decisions and perform essential tasks. By implementing remote sensors that automatically upload data to the cloud, time-consuming manual rounds can be significantly reduced. This innovation eliminates the need for clipboards, discrepancies, and data silos, ensuring that asset information is readily available on smart devices. Additionally, Fluke Connect Condition Monitoring™ software provides teams with the ability to analyze asset trends through graphical representations sourced from connected monitoring devices. By facilitating thorough data analysis, personnel can gain valuable insights that help in predicting asset conditions and minimizing the risk of unexpected downtime. Ultimately, this enhances overall operational efficiency and reliability.

VeloView is a versatile open-source platform tailored for the real-time visualization and analysis of 3D LiDAR data obtained from various Velodyne HDL sensor models, such as the HDL-64E, HDL-32E, VLP-32, VLP-16, Puck, Puck LITE, Puck Hi-Res, Ultra Alpha, Alpha Prime, Velarray, Velabit, and Veladome. This application allows users to either visualize live data streams or review previously recorded data archived in .pcap files, while also offering the functionality to record live streams for future examination. With tools designed for displaying, selecting, and measuring data from captured points, VeloView supports custom color maps influenced by factors such as intensity-of-return, time, distance, azimuth, dual return type, and laser ID. Users have the option to export data in CSV format as XYZ coordinates or capture screenshots of the point cloud visualization. Recent enhancements have added features like compatibility with Velarray sensors, the ability to operate multiple sensors concurrently, and independent transformation of live data for each sensor, thereby expanding its usability and versatility. Overall, VeloView stands out as a powerful tool for professionals working with 3D LiDAR technology.

Using cellular tracking technology and a cloud software system, you can achieve immediate insight into the status and whereabouts of your shipments throughout the entire process. Our unique low-power multi-sensor tracker harnesses global cellular networks along with integrated sensors to deliver ongoing updates on shipment location, integrity, and environmental conditions, ensuring you are consistently informed. You can establish shipment profiles, customize alerts, create geofences, and leverage the Tive API to integrate data seamlessly into your supply chain management or enterprise resource planning systems. With Tive, obtaining the vital information you require at any moment is straightforward and efficient, enhancing your operational effectiveness. This capability allows businesses to maintain control over their shipments and respond swiftly to any potential issues that may arise.

Smart City Solutions is a complete IoT system that monitors buildings. Smart City Solutions provides you with an iOS and Android compatible application that you can use for your customers. You can integrate numerous, manufacturer-independent sensors and monitor your buildings and rooms from anywhere. Smart City Solutions can be used to monitor your operations and make it accessible to your customers. Here is a list of all current users. The measured data from sensors in buildings and rooms are transmitted wirelessly and encrypted (e.g. via LoRaWAN to the loT platform. The transmitted data is then forwarded to the Camelot App, where it can be easily managed and clearly displayed.

The Multisensor GeoStreamer serves as an exceptional solution for achieving broadband imaging. By employing deep towing techniques, it effectively mitigates the influence of weather conditions, thereby enhancing the efficiency of data acquisition. The signals captured are largely unaffected by fluctuations in towing depth or variations at the sea surface, which significantly minimizes non-repeatable noise during reservoir monitoring endeavors. Additionally, the pre-stack amplitude and phase maintain consistency in relation to both angle and frequency. Its robust low-frequency signal greatly facilitates Full Waveform Inversion (FWI), thereby boosting the precision of predicting subsurface properties. The separation of multisensor wavefields allows for improved illumination of shallow structures. Moreover, near-surface images that are not influenced by the acquisition footprint can be utilized for independent interpretation. The enhanced broadband resolution of stratigraphy aids in detecting minor time shifts associated with changes in reservoir saturation and pressure, which is crucial for monitoring projects. Furthermore, GeoStreamer incorporates both hydrophones and velocity sensors to effectively eliminate all free-surface ghost reflections, further enhancing data quality and reliability. This innovative approach ensures that the information gathered is not only accurate but also highly valuable for informed decision-making in resource management.

Arena enables companies in various sectors to achieve fully autonomous decision-making for critical, high-frequency actions. Functioning like a robotic system, Autonomy OS consists of three key elements: the sensor, which collects data; the brain, responsible for decision-making; and the arm, which executes actions. This innovative system operates seamlessly and in real-time. Autonomy OS effectively processes and encodes a wide array of data types with varying latencies, ranging from real-time streams and structured time series to unstructured content such as images and text, allowing for the creation of features that enhance machine learning models. Additionally, it enriches this data with contextual insights from Arena’s Demand Graph, an ever-evolving index that tracks factors influencing consumer demand and supply, including local product pricing, availability, and demand indicators sourced from social media. As customer preferences evolve, supply chains face unexpected challenges, and competitive strategies shift, the capacity for rapid, autonomous decision-making becomes essential for businesses to thrive. This adaptability not only enhances operational efficiency but also positions companies to respond swiftly to market changes.

Sophisticated monitoring solutions designed for server rooms and data centers are now available through a web-based application that requires no software installation and is manufacturer-independent. This application is accessible from any device with web capabilities, allowing users to conduct remote monitoring seamlessly. EnviMonitor empowers users to oversee environmental conditions in server rooms using smartphones and tablets from Android, Apple, and Windows platforms, all without the need for additional software installation. Its user-friendly interface and well-organized layout have earned it recognition from the professional jury of the German Data Center Award, thanks to its exceptional cost-to-performance ratio. With EnviMonitor, users can easily visualize the status of monitored components through an intuitive display featuring graphic tiles that represent various sensors, which can be grouped for better organization. This innovative software solution not only enhances monitoring efficiency but also simplifies the management of critical data center environments.

Understand.ai delivers innovative ground truth annotation technology to effectively manage complexity on a large scale. Their advanced annotation platform is crafted to tackle intricate ground truth annotation tasks, boasting a scalable infrastructure that can handle substantial data volumes and projects of any size with ease. It stands out in providing tailored data elevation and workflows, specifically designed to align with unique project requirements while emphasizing adherence to strict data privacy and security protocols. With user-friendly tools that facilitate smooth collaboration between clients and labeling partners, the automation features greatly minimize manual annotation tasks, thus making extensive ADAS/AD programs financially viable. Among its key attributes is multi-sensor integration, which allows for the seamless incorporation and processing of data from various LiDAR sensors, delivering an all-encompassing perspective of complex 3D environments and ensuring precise annotation. This combination of advanced technology and customized solutions positions Understand.ai as a leader in the annotation industry, ready to meet the evolving demands of its clients.

SKY ENGINE AI is a simulation and deep learning platform that generates fully annotated, synthetic data and trains AI computer vision algorithms at scale. The platform is architected to procedurally generate highly balanced imagery data of photorealistic environments and objects and provides advanced domain adaptation algorithms. SKY ENGINE AI platform is a tool for developers: Data Scientists, ML/Software Engineers creating computer vision projects in any industry. SKY ENGINE AI is a Deep Learning environment for AI training in Virtual Reality with Sensors Physics Simulation & Fusion for any Computer Vision applications.

Our command and intelligence suite equips users with advanced tools for the swift exploitation of information, enhancing decision-making via a unified tactical overview. Commander serves as our integrated Command, Control, Communications, and Intelligence (C4I) platform, designed on an open architecture that merges various operational information systems with tactical communication methods. MINDS acts as a pivotal multi-sensor image interpretation and dissemination system, essential for aerial operations, offering features such as data generation for reconnaissance missions, ground monitoring, targeting assistance, real-time digital capture, and the ability to scale operations effectively. NIES, our networked image exploitation system, provides invaluable battlefield insights utilizing multiple light wavelengths, promoting collaborative resource sharing and enhancing situational awareness across teams. Additionally, DMPS functions as a sophisticated digital mapping solution that supports 3D object extraction, geometric and radiometric image processing, and streamlines project data management for improved efficiency. Ultimately, each component of our suite plays a crucial role in ensuring operational effectiveness and informed decision-making on the field.

GOM Inspect is a powerful tool designed for the analysis of 3D measurement data obtained from fringe projection or laser scanning, coordinate measurement machines, and various other measurement systems. This software plays a crucial role in areas such as product development, quality assurance, and manufacturing processes. It allows users to import CAD files, measurement plans, and 3D point clouds, while also providing tools for the creation and modification of polygon meshes. The alignment of measurement data to the nominal specifications is seamlessly integrated, including dimensional analysis in 2D and 3D, as well as GD&T and SPC evaluations, accompanied by the generation of comprehensive measurement reports. As a complimentary viewer for 3D scan data, measuring reports, and CAD files, GOM Inspect enhances accessibility for users. Furthermore, any changes in CAD or individual components trigger an automatic update of measurement positions through the "Smart Teach" feature. If multiple tools identify a defect, these findings can be consolidated into a single representation for clarity. Additionally, the introduction of a new module facilitates the virtual clamping and measurement of sheet metal and injection-molded parts, eliminating the need for complicated clamping setups. This innovation streamlines the measuring process and enhances efficiency in quality control.

For an extended period, RTLS solutions have not been particularly intelligent. Their design, setup, and management have been overly complex, often only addressing a single use case effectively. In response, we are integrating cutting-edge sensor technology and intelligent systems to create a solution that is genuinely smart and adaptable. This innovation enables users to locate equipment quickly during critical moments, allowing for greater focus on patient care. By alleviating the burden of equipment logistics, healthcare providers can concentrate on their core responsibilities. Service routines become optimized, making it simple to locate specific equipment models and ensuring that clinicians have what they need well before it is required. Enhanced quality assurance and reduced downtime are achieved as well. Additionally, we track patient movement and waiting times in key departments, providing valuable insights to resource managers and keeping patient relatives informed. This holistic approach not only improves operational efficiency but also enhances the overall patient experience.

LidarView, an open-source platform created by Kitware, facilitates real-time visualization, recording, and processing of 3D LiDAR data. This platform, which is built on the foundation of ParaView, excels in rendering extensive point clouds and provides functionalities like 3D visualization of time-stamped LiDAR returns, a spreadsheet inspector for attributes such as timestamp and azimuth, and the capability to showcase multiple data frames at once. Users have the flexibility to input data from live sensor streams or from recorded .pcap files, allowing them to apply 3D transformations to point clouds and manage various subsets of laser data effectively. LidarView is compatible with a diverse range of sensors, including those from Velodyne, Hesai, Robosense, Livox, and Leishen, making it possible to visualize live streams as well as replay previously recorded data. The platform is also equipped with sophisticated algorithms for Simultaneous Localization and Mapping (SLAM), which aids in precise environmental reconstruction and sensor localization. Additionally, it features AI and machine learning capabilities that enhance scene classification, offering users a comprehensive tool for advanced data analysis and visualization. This makes LidarView a versatile option for researchers and professionals seeking to leverage LiDAR technology in their work.

Sensorita has engineered a specialized sensor capable of withstanding harsh conditions, ideal for sites like construction zones. Our innovative technology allows for precise measurement of fill levels in sizable waste containers. This advancement stems from research conducted at the Norwegian University of Life Sciences, marking the first sensor tailored specifically for the larger container market. Our distinct methodology for measuring fill levels guarantees exceptional accuracy and dependability. By harnessing the power of radar signals alongside advanced machine learning techniques, we can effectively monitor fill levels across various large containers, even those that lack a lid. Sensorita’s cutting-edge solution provides insights into container fill status and predicts optimal pick-up times based on artificial intelligence and historical usage data. Imagine presenting your clients with a service where they never have to worry about their container capacity again. With Sensorita’s technology, you can ensure timely waste collection, maximizing efficiency and customer satisfaction. This innovative approach not only streamlines waste management but also supports sustainable practices by optimizing collection logistics.

Tamoco offers a comprehensive location-based solution tailored for advertisers, brands, marketers, and agencies. By leveraging behavioral segments, businesses can effectively assess both online and offline engagement linked to location data. This technology empowers Tamoco to pinpoint the ideal audience or segment according to their real-world behaviors. It focuses on identifying audiences based on their movement patterns. By providing interest-driven segments that reflect how individuals navigate known locations, Tamoco enhances targeting precision. Its network merges movement data with demographic insights to formulate highly detailed audience profiles that encompass interests and behaviors. Additionally, Tamoco offers ready-made location-based audience segments accessible through platforms like Dv360 and AppNexus. Advertisers can specifically reach audiences when they are present in targeted venues or points of interest. Utilizing advanced sensor-driven technology, Tamoco enables a deeper understanding of specific areas within these locations for more customized targeting strategies. By bridging the gap between online interactions and offline behaviors, Tamoco facilitates the attribution of digital ads to actual visits in the physical world, ensuring a more integrated marketing approach. This holistic method of engagement not only enhances advertising effectiveness but also provides valuable insights into consumer behavior patterns.