In the current global market, ensuring the quality and safety of products, processes, and services is crucial. Inspections play a key role by providing independent verification and validation of compliance with standards and regulations.
To guarantee the competence and impartiality of inspection bodies, the International Organization for Standardization (ISO) and the International Electrotechnical Commission (IEC) developed ISO/IEC 17020. This international standard outlines the requirements for the operation of various types of inspection bodies.
ISO/IEC 17020 provides a framework for inspection bodies to demonstrate their technical competence, independence, and ability to deliver reliable inspection services. Accreditation to this standard not only boosts the reputation and credibility of inspection bodies but also facilitates access to global markets by reducing technical barriers to trade.
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Currently we are in processes for SAAC 17020 accreditation in order to confirm that QSCert Middle East meets the competence requirements for inspection body Type A. This accreditation will underscore the QSCert Middle East’s commitment to providing reliable and credible certification services, helping businesses achieve compliance and gain a competitive edge in the global market.
Please visit our website soon for more updates regarding our Accreditations.
Third-Party Inspection (TPI) is a quality assurance process where an independent and impartial organization or inspection agency is engaged to evaluate and verify the quality, compliance, and safety of products, processes, systems, or services. This ensures that the inspected items meet the necessary standards, specifications, regulations, and customer expectations.
Third-party inspectors are neutral entities with no vested interest in the outcome, providing an impartial assessment of product or service quality, thereby enhancing the credibility of the inspection process.
Third-party inspection services employ experienced professionals who are experts in their fields. They have extensive knowledge of industry standards, regulations, and best practices, enabling them to conduct thorough evaluations.
TPI helps maintain and improve the quality of products or services by identifying defects, non-compliance issues, or process inefficiencies early in the production or service delivery stages, allowing companies to take corrective actions for better quality outcomes.
TPI minimizes the risks associated with substandard products or services. By identifying and addressing issues before products are released, companies can avoid costly recalls, legal liabilities, and reputational damage.
Various industries must adhere to specific standards and regulations. Third-party inspections ensure that products or services comply with these standards, helping businesses avoid legal and regulatory issues.
When consumers know that an independent third party has tested a product, they are more likely to trust its safety and quality, leading to greater satisfaction and increased loyalty to the company.
Identifying and resolving issues early in the production process can result in cost savings. Addressing problems before they become more serious and affect large quantities of products is more economical.
Third-party inspection is often required for international trade, especially when products need to cross borders. It ensures that products meet the importing country’s standards, reducing the risk of rejections or delays at customs.
TPI is commonly used to assess the capabilities and reliability of suppliers. This helps companies decide which suppliers to work with and ensures that their products or services meet the required quality standards.
Third-party inspection reports provide clear documentation of the inspection process, findings, and any corrective actions taken. This transparency is valuable for stakeholders, including customers, regulatory authorities, and shareholders.
Non-destructive testing (NDT), also known as non-destructive examination (NDE), non-destructive inspection (NDI), and non-destructive evaluation (NDE), is a technique used in various industries to assess the properties of materials, components, structures, or systems. This method identifies characteristic differences, welding defects, and discontinuities without causing any damage to the original part.
This method involves applying a low-viscosity fluid to the material being tested. The fluid penetrates any defects like cracks or porosity. A developer is then applied, which draws the penetrant liquid to the surface, making the flaw visible. Tests can be conducted using solvent removable, water washable, or post- emulsifiable penetrants.
Also known as magnetic particle inspection, this process uses magnetic fields to detect surface or near-surface discontinuities in ferromagnetic materials. The magnetic field can be generated by a permanent magnet or an electromagnet. Discontinuities are highlighted as magnetic flux lines produce leakage, which is visible using magnetic particles attracted to the discontinuity
This method uses radiation to detect defects in a test piece. X-rays are used for thinner or less dense materials, while gamma rays are used for thicker or denser items. Results can be processed using film radiography, computed radiography, computed tomography, or digital radiography. The radiation reveals discontinuities in the material based on the strength of the radiation.
Ultrasonic testing involves transmitting high- frequency sound waves into a material to interact with internal features that reflect or attenuate the sound. This method includes Pulse Echo (PE), Through Transmission (TT), and Time of Flight Diffraction (ToFD).
Visual testing, or visual inspection, is one of the most common NDT techniques. It involves the operator visually examining the test piece, often with the aid of optical instruments like magnifying glasses or computer-assisted systems (known as 'Remote Viewing'). This method detects corrosion, misalignment, damage, cracks, and more. Visual testing is often used in conjunction with other NDT methods, as operators typically need to visually identify defects.
Destructive testing alters or damages the part being tested, rendering it unfit for service even if it passes the test. Examples of destructive testing include tensile testing, three-point bend tests, and macro sectioning. In contrast, non-destructive testing (NDT) does not damage or change the part, allowing it to remain fit for service if it passes the test.
There are several distinct advantages to non-destructive testing (NDT). The most obvious benefit is that the items being tested remain undamaged, allowing for repairs rather than replacements if any issues are detected.
NDT is also a very safe method for operators, as most techniques are harmless to humans. However, certain tests, such as radiographic testing, must still be conducted under strict conditions. This method helps prevent injuries or fatalities by ensuring the safety of structures, components, and machinery.
Additionally, NDT is highly accurate, as the tests are repeatable and multiple methods can be used together to correlate results. This accuracy makes NDT a cost-effective option, as it can prevent the need to replace items before they malfunction, without damaging the part itself.
NDT also provides operators with peace of mind, knowing that equipment is functioning correctly, which helps prevent future accidents and identify measures for extending the life of the equipment.
Furthermore, NDT is useful for testing welds and verifying welding procedures, ensuring that the welding process meets the correct specifications within quality control standards. This includes confirming that the base metal has reached the appropriate temperature, cooled at the specified rate, and that compatible materials have been used to prevent welding defects.
Mechanical Inspection Services play a crucial role in maintaining quality, safety, and adherence to maintenance schedules, which enhances efficiency and cost-effectiveness. By meticulously verifying products and services against set specifications, third-party inspection services are conducted according to relevant procedures at the client’s location.
QSCert Middle East acts as a vital link between buyers and sellers, ensuring that the materials and equipment procured meet the necessary specifications. Leveraging its extensive resources and structural capabilities, QSCert provides essential support to numerous clients across international borders. The company continually strengthens its relationships by offering expert technical knowledge and professional expertise.
QSCert Middle East is a proficient company specializing in Lifting Inspection, Testing, Training, and Certification. Our expertise spans various sectors, including Maritime, Oil and Gas (both Offshore and Onshore), Fabrication and Erection, Construction, Power Plants, and Petrochemical industries. We will ensure compliance with both national and international standards such as ISO, IEC, BS EN, API, ASME, ANSI, OSHA, LEEA, LOLER, PUWER, and other recognized bodies’ approved codes of practice (ACoP).
Our highly skilled and experienced team adds value at an affordable cost, understanding client needs and ensuring timely mobilization. We uphold business ethics, maintain transparency in our operations, and work within client timeframes, recognizing the importance of time constraints. Our systems and services guarantee professional service, swift documentation, and the ability to measure, test, and monitor the competence, integrity, and performance of your personnel and equipment. Continuous improvement, trust, and a spirit of partnership are the foundations of our success.
Our team consists of highly experienced and qualified engineers who have demonstrated their expertise in many prestigious companies. Our comprehensive training program ensures that our Trainers, Engineers, and Inspectors are not only fully trained and competent but also possess the necessary knowledge to effectively transfer this knowledge and conduct testing and inspection of our clients’ products and equipment.
Inspection of Lifting Equipment
Lifting equipment refers to any machine, whether manually or mechanically powered, that can lift, lower, or suspend loads. This includes the supporting structures and all associated equipment and gear but excludes continuous mechanical handling devices like conveyors.
Inspection of Lifting Gear
Lifting gear inspections involve a comprehensive examination of the safety-critical parts of the equipment every six months. These inspections adhere to client-specific procedures, as well as national and international standards, including LEEA CoP, LOLER, ASME B30, API RB 8B/9B, and various ISO and BS EN standards. Competent inspectors conduct these inspections to ensure compliance and safety.
Our team has deep expertise in a variety of areas, including process improvement, change management, financial management, and more. We bring a wealth of experience and knowledge to every project we work on, and we're committed to delivering measurable results.
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