Tag: traceability

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🏭 What is IATF 16949 and its importance for testing and production?

The IATF 16949 is one of the most important quality standards for the global automotive industry. Published by the International Automotive Task Force (IATF), it integrates the requirements of ISO 9001 with specific demands of the automotive sector, focusing on continuous improvement, defect prevention, and reduction of variations and waste.

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What is ISO 9001 and its impact on testing processes?

ISO 9001 is an international standard that sets criteria for a Quality Management System (QMS). Applicable to any type of organization, its focus is to ensure that processes are well-defined, controlled, and oriented towards continuous improvement and customer satisfaction. In the context of test engineering, production control, and test benches,

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❓ 10 questions you should answer before investing in a test bench

Investing in a test bench is a strategic decision. It will be responsible for ensuring the quality, reliability, and traceability of your product. However, without good technical planning, the bench can become a bottleneck — or worse, a blind spot in your process. Before building or acquiring a test bench,

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Technical checklist to validate your production line before ramp-up

The production ramp-up is the critical phase between the pilot and mass production. A small error can cause significant losses. Therefore, it is essential to ensure that all systems, processes, and equipment are technically validated before starting scale production. A safe ramp-up starts with a well-structured technical checklist. And ends

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How to specify an efficient test bench for large-scale production?

🛠️ In large-scale production, every second counts. An efficient test bench not only validates the product's functionality but ensures continuous performance, failure reduction, quick diagnosis, and complete traceability. The correct specification is the first step to a reliable, scalable, and integrated system in your process. A well-specified test bench prevents

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What is WIP (Work in Progress) and how to control it in the industrial environment?

🏭 WIP, or Work in Progress, refers to all partially processed products that are in progress in the production flow, but have not yet been completed. Controlling WIP is essential to ensure fluidity, quality, and operational efficiency. Good WIP control is like a traffic light in the factory — it

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What are Industrial Dashboards and how do they help in production?

Industrial dashboards are visual control panels that display key performance indicators (KPIs), alerts, production data, and real-time testing. They are essential for quick decision-making, traceability, and process optimization in modern, connected, and intelligent production environments. Dashboards transform raw data into intelligent decisions — in real-time. 🧩 Why use dashboards in

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Customer Trust and Brand Image: The Role of Quality Testing

Customer trust is not built solely with good products — it depends on a consistent technical experience, reliable products, and quick and transparent responses to failures or doubts. In industrial sectors, especially regulated ones (automotive, electronic, medical, telecommunications), the brand image is directly linked to the reliability of what comes

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What is Diagnosis, Repair, and Rework?

The process of diagnosis, repair, and rework is essential to ensure that non-conforming products are correctly analyzed, corrected, and returned to the production flow or discarded with traceability. This process is common in environments of electronic production, automation, embedded systems, medical devices, and technical laboratories, where precision in identifying the

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What is Repair Process Standardization?

The standardization of repair processes involves defining and applying consistent and traceable technical procedures at all stages of diagnosis, intervention, and validation of defective products — whether in repair centers, production lines, laboratories, or after-sales. With well-defined flows, the company ensures quality, safety, repeatability, and cost reduction with rework and