METROLOGIC DCS
About us
Backed by 50 years of experience we support more than 15,000 active users and 50 key accounts worldwide.
As a member of the Sandvik Group Group, Metrologic DCS benefits from global engineering power to boost the productivity and sustainability of our customers in over 60 countries.
Products & services
Manufacturing Quality Pack
Manufacturing Quality Pack es una solución de software diseñada para cerrar el ciclo de calidad en fabricación, conectando directamente los datos de medición con los procesos de mecanizado. Permite transformar la información obtenida por sistemas de medición en acciones concretas sobre máquinas CNC, reduciendo la desconexión tradicional entre inspección y producción. Su objetivo principal es mejorar la calidad y la eficiencia en la fabricación, permitiendo anticipar problemas, corregir desviaciones de forma rápida y comprender sus causas de manera precisa. Gracias a este enfoque, se reducen los tiempos de industrialización, los retrabajos y los desperdicios, al tiempo que se mejora la toma de decisiones basada en datos reales. El paquete se basa en tres capacidades principales. En primer lugar, permite anticipar posibles problemas mediante la simulación de deformaciones directamente sobre el modelo CAD, validando estrategias de mecanizado y tolerancias antes de fabricar la pieza. En segundo lugar, convierte automáticamente los resultados de inspección en correcciones exactas para máquinas CNC, eliminando cálculos manuales y reduciendo los ciclos de prueba y error. Por último, proporciona un análisis detallado de las desviaciones, descomponiéndolas en factores como forma, tamaño, orientación y posición, lo que facilita identificar las causas raíz de los problemas. Gracias a estas funcionalidades, el Manufacturing Quality Pack reduce los bucles de corrección, mejora la precisión del proceso y permite a los equipos de producción trabajar de forma más eficiente y coordinada. Además, todas estas capacidades se integran dentro del entorno de software existente, sin necesidad de nuevos equipos ni cambios en la infraestructura. En conjunto, esta solución permite a las empresas avanzar hacia un modelo de fabricación más inteligente y conectado, basado en datos, donde la calidad se controla y optimiza de forma continua a lo largo de todo el proceso productivo.
Planner
Planner is a 3D inspection planning software designed to prepare and organize the entire measurement process before execution. It allows you to define in advance how a part will be inspected, creating a more efficient, structured workflow with less risk of errors. The system works directly with CAD models, automatically extracting geometric entities and design information to generate complete inspection plans. This automates the definition of features, tolerances, and measurement strategies, improving the accuracy and consistency of the programs. One of its main advantages is offline planning, which allows you to prepare the entire process without using the measuring machine. This reduces downtime, optimizes equipment usage, and minimizes errors before execution. Planner also facilitates the creation of alignments, references, and inspection views, ensuring consistent part positioning and a better understanding of the process. Furthermore, it allows you to prepare the report structure from the initial phase, which is then automatically completed during the measurement. The software is compatible with all major industrial CAD formats and integrates with solutions such as Metrolog and Silma, enabling coverage of the entire inspection cycle from planning to execution and analysis. Thanks to its automation capabilities and digital approach, Planner reduces scheduling time, improves inspection quality, and standardizes processes. It thus positions itself as a key tool for preparing 3D inspections more quickly, efficiently, and reliably in demanding industrial environments.
Silma
Silma X4 is an offline simulation and programming software for 3D metrology designed to optimize the preparation of inspection processes before their execution on a machine. It allows the creation of a digital twin of the measurement environment, virtually reproducing machines, parts, and processes, which facilitates precise planning without interrupting production. Its main advantage is offline programming, which allows the development and optimization of measurement programs directly from CAD files without the use of physical equipment. This reduces machine downtime and improves productivity, as programming tasks are performed in parallel with the production process. Furthermore, it incorporates automated functions to generate toolpaths and apply tolerances directly from the design. Silma X4 offers a realistic 3D simulation environment that allows the visualization of toolpaths, the simulation of movements, and the detection of potential collisions before the actual inspection. This helps anticipate errors, optimize paths, and ensure safe execution, reducing risks and improving quality. The software is flexible and compatible with a wide variety of machines and multisensor systems. Its virtual library allows for the accurate reproduction of the real working environment, adapting to different industrial needs. Thanks to these capabilities, Silma X4 allows for program validation before execution, reducing cycle times and minimizing errors. It can also be used as a training tool in a virtual environment. With its focus on simulation, automation, and digital twins, Silma X4 is a key solution for improving efficiency, accuracy, and productivity in 3D inspection processes.
Metrolog
Metrolog X4 is a universal 3D metrology and inspection software designed to optimize the entire quality control process, from data acquisition to analysis and report generation. It allows for the measurement, inspection, and analysis of parts with high precision, integrating measurement scheduling, dimensional control, and automated report creation into a single platform. One of its main advantages is its universal compatibility, as it can work with virtually any 3D measurement equipment, such as coordinate measuring machines, articulated arms, laser trackers, and scanning systems, in addition to accepting multiple industrial CAD formats. This allows for the unification of measurement processes in a single environment, regardless of the hardware used. The software also stands out for its high performance thanks to its 64-bit architecture, which allows it to handle large volumes of information, such as complex CAD files and dense point clouds, ensuring speed without compromising accuracy. Metrolog X4 boosts productivity by automating inspections, reducing scheduling times, and optimizing measurement paths. Furthermore, it integrates advanced geometric and dimensional tolerance (GD&T) analysis tools, ensuring reliable and repeatable results according to international standards. It also offers powerful 3D scan analysis capabilities, enabling the detection of deviations and the reduction of production errors. Real-time, customized report generation facilitates results communication and decision-making. Thanks to its versatility, accuracy, and integration capabilities, Metrolog X4 is a leading solution in sectors such as automotive, aerospace, and industrial manufacturing.
QDM
QDM is a quality data management platform that centralizes, analyzes, and leverages all measurement information in industrial environments. It automatically collects data from multiple sources, such as measuring machines, sensors, and production systems, and organizes it into a single database accessible to the entire organization. Its primary objective is to provide real-time visibility into quality, facilitating continuous control of production processes. Thanks to its monitoring tools, it detects deviations, out-of-tolerance parts, and trends that anticipate problems, helping to reduce defects, downtime, and non-conformities. QDM incorporates powerful statistical analysis functions that allow for the evaluation of process behavior using indicators, graphs, and historical data. This facilitates the identification of root causes and data-driven decision-making, improving overall production performance. The system also allows for the generation of customized and automated reports, as well as the visualization of information through intuitive dashboards. This improves communication between teams and streamlines access to information across the company. Another advantage is that it acts as a single source of quality data, integrating information from different stages of the production process and ensuring its consistency and traceability. Thanks to its data-driven approach, QDM helps anticipate problems, reduce quality costs, and improve efficiency in demanding industrial environments.