QMS – Advanced Quality Management Software

Boost your production with a platform that integrates all quality processes into a single platform for flexible, safe, and efficient production.

What is Quality Management Software?

Quality Management Software (QMS) is a comprehensive platform designed for the advanced management, control, and planning of quality processes, facilitating complete process traceability and thorough compliance with audit and certification requirements.

It focuses specifically on the processes and data relevant to quality in the production environment to identify defects in a timely manner and sustainably improve quality.

With QMS software, you can maximize product quality in all phases of the value chain, from raw material input to final product output, improving real-time decision-making.

Main Functions of Quality Software

Integration of quality control tools (APQP, FMEA, PPAP, HACCP/APPCC) on a single platform

Management of alerts and non-conformities, with support for 8D reports and statistical process control (SPC)

Digitization of processes and regulatory compliance, eliminating paper and facilitating compliance with ISO and FDA 21 CFR Part 11 standards.

Complete traceability and real-time control of materials, batches, and data, with integration to LIMS, ERP, and MES.

Real-time visualization and reporting, including dashboards and analysis to improve decision-making.

Specific quality management for complex industrial processes, such as car body assembly, welding, dimensional control, and data acquisition via sensors, artificial vision, scales, etc.

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Benefits of Advanced Quality Management Software

  • Guaranteed total traceability of processes.

  • Real-time reporting and comprehensive process analysis.

  • Optimize processes and achieve ROI from the early stages of implementation.

  • Maximum integration on the same platform with other systems, resources, and machines.

  • Digitization of factory processes and elimination of paper.

  • Recognition for regulatory compliance and process reliability.

  • Reduces testing costs by up to 75%.

  • AI-powered recommendation engine.

Integrate traceability, compliance, and AI into a single platform

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Use Cases

Operario gestionando datos de calidad en tiempo real con tablet en planta industrial

Centralized Integration of Quality Processes

Integrate quality management processes, tasks, and data into a single planning and control solution, improving traceability, regulatory compliance, and operational efficiency throughout the plant.

Gestión digital de procesos y cumplimiento normativo con checklist y documentos electrónicos

Quality Planning

Define control plans and inspection strategies from the initial phase, ensuring early risk detection and standardization of procedures.

Ingeniero con casco supervisando planta industrial al atardecer con gráficos digitales de sostenibilidad y control de emisiones

Reception and Data Acquisition

Digitize data capture in goods receipt and in the different production phases, ensuring that all records are valid and comparable in any system or machine.

Pantalla digital mostrando indicadores de calidad y métricas en un sistema QMS para análisis y control de procesos industriales.

Real-time Analysis and Reports

Turn quality data into actionable insights through dynamic dashboards and reports that facilitate decision-making and audit compliance.

Related Solutions and Services

MES

MES – Manufacturing Execution System

Geprom’s MES is designed to act as the central hub of industrial operations, integrating with automation (SCADA, PLC), business (ERP), and support (quality, maintenance, logistics) systems. Its modular architecture allows for flexible scaling, from data capture to complete traceability.

  • Native integration with SCADA/DCS for real-time data capture
  • Connection with ERP for orders, stocks, and reporting
  • Interoperability with quality, traceability, CMMS, and WMS modules
  • Validation in SAP, Microsoft, SAGE, etc. environments
  • Multi-site and multi-plant architecture
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Ingeniero controlando la producción en fábrica con sistema MES en tablet, integrando datos en tiempo real y robótica industrial.
Energy Efficiency

Energy Efficiency Software

Integration with CMMS, MES, SCADA, and electrical devices
Connected, supervised, and optimized energy in real time

Geprom’s energy efficiency software integrates with the rest of the plant architecture to provide a complete view of consumption. It connects with SCADA to acquire electrical data, with CMMS to optimize maintenance, and with MES to correlate consumption with productivity.

  • Captures data from SCADA and electrical sensors
  • Crosses energy consumption with OEE, batches, or shifts via MES
  • Integration with CMMS for predictive energy maintenance
  • Compatible with ISO audits and industrial energy regulations
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Planta industrial con depósitos y tuberías supervisada mediante software de eficiencia energética, mostrando gráficos de consumo, indicadores en tiempo real y análisis de datos para optimizar costes y sostenibilidad.
Control Tower

Industrial Control Tower

Integration with all MOM, ERP, IoT systems, and BI platforms
Centralized command center for global decision-making

Geprom’s industrial control tower collects data from MES, SCADA, ERP, and IoT sensors to provide a unified view of the entire factory or group of plants. It is the top layer of operational intelligence, ideal for multi-plant environments and distributed processes.

  • Integration with MES, SCADA, ERP, IoT, sensors, and external devices
  • Creation of personalized dashboards, accessible from any device
  • Real-time decision-making based on cross-referenced data
  • Global orchestration of processes, plants, and systems
  • Automation of decisions based on operational rules
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Ingenieros supervisando el consumo energético en tiempo real desde la plataforma PME de Geprom
SCADA

SCADA – Supervisory Control and Data Acquisition

Integration with PLC, MES, DCS, and ERP
Total supervision and base for industrial digitization
Geprom’s SCADA system connects with plant devices (PLCs, sensors, actuators) and feeds data to systems such as MES or ERP. It is the basis of real-time supervision and a key pillar for the deployment of MOM architectures.

  • Direct communication with PLCs and DCS
  • Synchronization with MES for recipe control, alarms, and OEE
  • Export of historical data to ERP or BI
  • Flexibility to connect to existing sensors, HMI interfaces, and control systems
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Operarios supervisando datos en sistema SCADA desde múltiples pantallas en sala de control industrial.
WMS

WMS – Warehouse Management System

Integration with ERP, MES, and IoT devices
Logistics and production synchronized in real time

Geprom’s WMS system integrates with the ERP to manage orders, stocks, and work orders, and with the MES to coordinate inputs, consumption, and returns. In addition, it connects with sensors, RFID tags, and logistics automation technologies (robots, AGVs, automatic shelving).

  • Connection with MES for operational traceability and production orders
  • Integration with ERP for logistics and finance
  • Interoperability with RFID, barcodes, NFC, AGVs
  • Advanced management of picking, returns, cross-docking
  • Total logistics visibility from plant to dispatch
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Técnicos de Geprom revisando el sistema de gestión de almacenes (SGA) con un portátil en un entorno logístico industrial
CMMS

CMMS – Computerized Maintenance Management System

Integration with MES, ERP, WMS, and IoT devices
Connected maintenance for a more efficient factory

Geprom’s GeTag CMMS software integrates in real time with MES, WMS, and ERP to consolidate all information related to assets, maintenance, parts, and resources. Its open architecture allows the incorporation of predictive maintenance technologies and advanced analytics.

  • Connection with ERP for purchases, stocks, costs, and planning
  • Integration with MES for planning productive maintenance
  • Synchronization with WMS for parts, technical warehouse, and spare parts
  • Connectivity with sensors, IoT, NFC/RFID tags
  • Prepared for predictive maintenance and advanced analytics
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Técnicos de Geprom gestionando incidencias y operaciones de mantenimiento en un entorno industrial desde el sistema GMAO
APS

APS – Advanced Planning and Scheduling

Integration with other systems (ERP, MES, SCADA, QMS, WMS)
Global vision and optimized production scheduling

Geprom’s APS system allows you to plan and sequence manufacturing orders considering the actual plant capacity and the restrictions of materials, machines, and personnel. Its integration with ERP, MES, and other industrial systems ensures dynamic, accurate planning aligned with the operation.

  • Bidirectional connection with ERP (SAP, Dynamics, Oracle, SAGE, etc.)
  • Real-time synchronization with MES for production execution
  • Simulation of productive digital twin type scenarios
  • Flexible programming in multiline and multiplant environments
  • Resource optimization and bottleneck reduction
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Ingeniero con casco de seguridad supervisando paneles digitales con gráficos y datos en una planta industrial.
SCM

SCM – Supply Chain Management

Integration with other systems (ERP, MES, APS, WMS, external suppliers)
Total control and end-to-end traceability

Geprom’s SCM system comprehensively coordinates the supply chain, from demand forecasting to final delivery. Its ability to integrate with ERP, MES, APS, and supplier platforms enables agile, transparent, and efficient management of the entire logistics network.

  • Bidirectional connection with ERP (SAP, Dynamics, Oracle, etc.)
  • Multisite and multi-logistics center cross-planning
  • Simulation of digital twin type logistics scenarios
  • Inventory optimization and overstock reduction
  • Shared visibility with suppliers and subcontractors
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Persona usando una tablet con un software de gestión de la cadena de suministro (SCM) en un almacén logístico con estanterías llenas de cajas.

The Digital Maturity Pyramid

What Level of Digital Maturity Does your Quality Management Have?

The evolution towards excellent quality management occurs in stages. Based on the ISA-95 model, this pyramid helps to understand how to advance from basic digitization to an integral quality ecosystem connected to the entire plant.

Level 3 is the key point: with a QMS you get total traceability, regulatory compliance, and real-time visibility to decide with reliable data.
From here it is easy to scale towards MOM integration and predictive quality with AI.

Do you want to explore how to adapt a QMS to your reality?
Talk to our experts and take the quality of your production to the next level.

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Get your Questions Answered

Frequently Asked Questions

How Does the QMS Contribute to Compliance with Standards Such as ISO 9001, Ensuring Smoother Audits?

Geprom’s QMS centralizes all documentation, procedures, and quality records, facilitating traceability and report preparation for audits, ensuring compliance with regulations such as ISO 9001 and other international regulations.

Who Benefits from Using a QMS?

The entire value chain: customers, employees, and suppliers. Benefits include less waste, reduced quality and compliance costs, early defect detection, greater satisfaction, and better decision-making.

What Functionalities should a QMS System Have?

A QMS should be modular and adaptable, including quality planning, measurement data management, SPC, traceability, document management, equipment management, laboratory management, and complaint management.

What Tasks Does Quality Management System (QMS) Software Perform?

It integrates data from IT and OT systems throughout the value chain to plan and control quality, detect problems early, reduce costs, and document all knowledge for audits and continuous improvement.

Still Have Doubts?

Still have questions? Contact us and our team will be happy to help.

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