TEEXMA for MES

Product Overview TEEXMA for MES (Manufacturing Execution System) is a modular, "no-code" platform designed to optimize and supervise industrial production in real-time. Positioned between ERP systems and the shop floor, it orchestrates resources, machines, and personnel to ensure peak operational performance. By digitizing work instructions and automating data collection through IoT, TEEXMA for MES eliminates paper-based inefficiencies and provides end-to-end process traceability for Industry 4.0.

Key Features Real-Time Supervision: Interactive dashboards for tracking work order progress, machine status, and operator activities.

OEE & KPI Analytics: Automated calculation of Overall Equipment Effectiveness and scrap rates to identify and resolve performance bottlenecks.

Digital Work Instructions: Multimedia guidance at each workstation to reduce human error and streamline complex assembly.

Integrated Quality & SPC: Embedded quality checks and Statistical Process Control to trigger immediate alerts for non-conformities.

IoT Connectivity: Native support for OPC UA and MQTT protocols to acquire data directly from equipment and sensors.

Business Value & ROI Increased Availability: Customers typically achieve a 10-20% boost in machine availability by identifying downtime causes instantly.

Cost Reduction: Eliminates thousands of manual administrative hours and reduces scrap rates through real-time process interlocking.

Paperless Efficiency: Digitizes all shop floor documentation, ensuring version control and reducing data entry errors.

Seamless Traceability: Provides a "digital birth certificate" for every product, simplifying compliance with ISO, IATF, and EN standards.

Key Differentiators Unlike rigid, standalone MES tools, TEEXMA for MES is part of a unified technical ecosystem. It links production directly to R&D (PLM), Lab (LIMS), and Maintenance (CMMS) on a single platform. Its "no-code" architecture allows production managers to adapt the tool to specific manufacturing processes—from automotive lines to additive manufacturing—without custom development, ensuring a highly scalable and future-proof solution.