At AJOLLY Testing, we offer complete solutions in testing, measurements, and industrial automation, focusing on quality, efficiency, and reliability of production processes. Our Expertise involves the development of custom test benches, mechanical and electronic test interfaces, selection and integration of instrumentation, as well as the automation and digitalization of validation
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.
In industrial production and test engineering environments, the documentation and categorization of recurring failures is essential for: Improving process efficiency Increasing product reliability Reducing rework and waste Supporting sustainable corrective and preventive actions Knowing how to correctly classify failures allows attacking the root of problems and building a virtuous cycle
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
Kanban is a visual workflow management system, originally created in Japan by Toyota, aimed at optimizing production, reducing inventory, and increasing efficiency. Using physical or digital cards, Kanban allows real-time tracking of task status, production orders, or material movement. Kanban makes the invisible visible — and turns chaos into flow.
Andon is a visual and audible signaling system used on production lines to indicate the operational status of a cell, machine, or process. It is an essential part of the Lean Manufacturing philosophy, promoting operational transparency, immediate problem resolution, and standardization of failure response. Andon transforms invisible problems into visible
The FMEA (Failure Modes and Effects Analysis) or Failure Modes and Effects Analysis is a systematic methodology used to identify, prioritize, and mitigate risks of failure in products, processes, or systems. The goal is to anticipate what can go wrong, understand the effects of these failures, and take actions to
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
The DUT failure history is the complete record of all defects, anomalous behaviors, and test statuses that a given tested product has exhibited throughout its lifecycle — from initial testing to possible field returns (RMA). This history is essential for the identification of recurring failures, technical traceability, continuous improvement, and