Manufacturing

Discover the key updates introduced by EN IEC 62841-2-19:2025, the latest safety standard for electric motor-operated hand-held jointers, published in December 2025. This comprehensive article covers critical changes impacting the manufacturing engineering sector, including updated safety requirements, improved design specifications, and compliance timelines. Tailored for industry professionals, engineers, and quality managers, the article highlights the practical implications for compliance, implementation best practices, and the benefits of adopting the new standard. Stay ahead with insights into technical requirements and ensure workplace safety in your organization by exploring the features of this essential update from iTeh Standards.

Discover the latest update in manufacturing engineering standards with the publication of EN IEC 62841-2-20:2025 in December 2025. This new standard introduces advanced safety requirements for electric motor-operated hand-held band saws, providing clear guidelines for manufacturers, quality assurance, and safety officers in the manufacturing sector. Learn about its scope, key safety specifications, compliance requirements, and technical insights, and find out how this change benefits your operations. Stay ahead with actionable advice for implementation and direct access to the official standard through iTeh Standards.

Discover a comprehensive overview of 8 essential IEC standards for industrial automation systems in manufacturing. Explore the critical updates to OPC UA architecture—including historical access, information modeling, and data access—and learn how smart manufacturing best practices are informed by real-world use cases. This guide covers technical requirements, industry impact, compliance tips, and practical steps for implementation, providing manufacturing professionals with the tools and knowledge needed to ensure efficiency, data integrity, and future readiness in smart factories. Start optimizing your manufacturing processes with the latest international standards.

Explore the latest advancements in manufacturing engineering standards with the January 2026 publication of IEC 62541-5:2026—OPC Unified Architecture Part 5: Information Model. This article covers two major updates that impact industrial automation, data interoperability, and digital integration. Discover the crucial enhancements to OPC UA’s information modeling, new data types, event types, and capabilities critical for factories of the future. Learn about compliance requirements, implementation strategies, and how these new standards can drive improved connectivity, reliability, and smarter automation solutions for manufacturers, industry engineers, quality managers, compliance officers, and researchers. Stay ahead of evolving requirements by understanding what’s new, why it matters, and how to access these essential IEC standards through iTeh Standards.

Explore the December 2025 edition of newly published international standards in manufacturing engineering, featuring the latest OPC Unified Architecture (UA) updates. This comprehensive article covers five pivotal IEC standards, focusing on network interoperability, advanced data mappings, and industrial information models. Industry professionals, quality and compliance managers, engineers, and procurement specialists will benefit from in-depth analysis of scope, technical requirements, and compliance implications, as well as actionable guidance for implementation. Learn what's new, why it matters, and how these standards are shaping the future of smart manufacturing, connectivity, and automation. Stay ahead by diving into these standards and accessing full references via iTeh Standards.

Explore the major advances in manufacturing engineering standards published in December 2025. This in-depth article covers five new standards from IEC and ISO, highlighting pivotal updates on industrial automation cybersecurity, OPC UA device and program models, and precision tooling for press tools. From addressing the Industrial Internet of Things (IIoT) to refining device interoperability and program execution, these standards impact professionals across operations, compliance, and digital transformation. Gain insights into new requirements, implementation strategies, and compliance benefits to help your organization excel in the evolving landscape of manufacturing engineering. Stay informed and ahead with the latest mandates by reading this comprehensive guide, including direct links to each official standard on iTeh Standards.

Discover the significant January 2026 updates in Manufacturing Engineering standards. This authoritative article provides a comprehensive overview of three newly published standards, including guidelines for electric motor-operated tools and advanced protocols for device onboarding within OPC UA architectures. Highlights cover enhanced safety requirements, improved device lifecycle management, and compliance essentials. A must-read for industry leaders, engineers, and compliance practitioners navigating 2026’s evolving technical landscape. Stay informed and ahead in Manufacturing Engineering by exploring these latest international standards and their real-world implications.

Stay ahead in manufacturing engineering with this in-depth December 2025 update on five pivotal international standards, including new editions of IEC 62541 for OPC Unified Architecture and IEC TS 63283-2 for smart manufacturing use cases. Explore changes in data access, security mappings, global discovery, and real-world automation applications. Learn what’s new, how these standards drive compliance and quality, and why industry professionals—engineers, quality managers, compliance officers—must review these December 2025 publications for improved interoperability, security, and operational excellence.

Explore five major OPC Unified Architecture (OPC UA) standards published in December 2025—Part 2 in our Manufacturing Engineering standards coverage. This article details the latest updates from the IEC 62541 series, including crucial revisions to programs, aggregates, and services for interoperable and secure manufacturing systems. Discover key requirements, technical changes, and actionable compliance strategies. Learn how the evolving OPC UA ecosystem impacts industry professionals, from engineers to compliance officers, helping organizations boost integration, reliability, and future readiness. Stay informed with iTeh Standards and ensure your manufacturing operations align with global best practices.

Stay ahead in the manufacturing engineering sector with this in-depth overview of five new standards published in December 2025. This article (Part 3 of 4) explores the latest updates in OPC Unified Architecture—focusing on Profiles and Alias Names—as well as critical safety requirements for electric hand-held cut-off machines. Learn about the scope, key requirements, and implementation implications for each standard. Whether you are an engineer, compliance officer, manager, or procurement specialist, discover how these standards impact compliance, safety, and operational excellence. Explore actionable insights, compliance timelines, and strategies for long-term success, with direct links to the full standards for further research.

Explore the latest December 2025 updates to OPC Unified Architecture (OPC UA) standards for the manufacturing engineering sector. This article covers five essential international standards just published by IEC, including new requirements for discovery and global services, file transfer, and address space modeling. Gain insight into key technical changes, compliance considerations, and practical implications for industry professionals. Whether you are an engineer, quality manager, or compliance officer, this in-depth overview will help you navigate the evolving landscape of manufacturing engineering standards and maintain peak operational efficiency. Stay informed, compliant, and competitive by leveraging the most current specifications released this month.

Discover the December 2025 updates to manufacturing engineering standards, including key OPC UA information models and quality requirements for thermoplastics welding. This article covers five newly published international standards, highlighting changes in state machine modeling, dictionary reference integration, and critical testing protocols for welded joints. Industry professionals, engineers, and compliance officers will benefit from expert technical insights, implementation best practices, and direct links to the full standards on iTeh Standards. Stay informed on evolving specification requirements and how compliance can enhance your organization's efficiency and product quality.

Explore five crucial international standards published in November 2025 for manufacturing engineering, covering underwater welding, non-metallic abrasives, electroplated coatings, tool safety, and electrodeposited finishes for automotive parts. Learn about scope, key requirements, compliance considerations, and industry impact. This authoritative guide is essential for manufacturing professionals, engineers, quality managers, and procurement teams committed to boosting safety, durability, and regulatory compliance.

Explore the latest November 2025 updates in manufacturing engineering standards for transportable belt sanders, disc sanders, and belt/disc sanders. This detailed article reviews two newly published IEC safety standards, focusing on compliance, practical implementation, and key industry impacts. Essential reading for quality managers, engineers, and compliance professionals seeking to maintain workplace safety, reduce hazards, and ensure products meet the most up-to-date international requirements. Stay informed to keep your manufacturing operations competitive and compliant.

Stay at the forefront of manufacturing engineering with this comprehensive review of five pivotal international standards published in November 2025. Covering critical updates in welding procedures, additive manufacturing for both metals and ceramics, and advanced electroplating techniques, this article is tailored for industry professionals, quality managers, engineers, and compliance officers. Discover the implications of standards such as EN ISO 15614-11:2025 for laser and electron beam welding, EN ISO/ASTM 52967:2025 for classification of additively manufactured aerospace parts, and more. Explore benefits, regulatory impacts, and best practices essential for businesses looking to maintain compliance and competitive edge in today's advanced manufacturing landscape.

Explore the most significant November 2025 international standards updates in manufacturing engineering, with in-depth coverage of five pivotal documents. This part 3 of 4 highlights groundbreaking changes in electrical tool safety (table saws), additive manufacturing of ceramics, and underwater welding procedures. Discover requirements for safe operation, material characterization, and welding procedure qualification—crucial for quality managers, compliance officers, engineers, and industry leaders. Learn why implementing these standards boosts operational efficiency, safety, and global competitiveness, and how to access each document directly on iTeh Standards.

This comprehensive monthly overview examines five significant standards published in October 2025 for the Manufacturing Engineering sector, including IEC and ISO guidelines on hand-held tool safety, powder flow characterization in additive manufacturing, FDT interface specifications, OPC UA security, and welding procedure qualification. Professionals in process control, welding, additive manufacturing, and industrial engineering will find expert analysis of core requirements, industry trends, and actionable compliance recommendations. Discover how these standards reflect the evolving landscape of manufacturing and why staying up-to-date with the latest publications is essential for sustaining operational excellence.

This monthly overview examines key standards published in October 2025 for the Manufacturing Engineering sector (ICS 25). Covering two critical publications—ISO/ASTM 52929:2025 on additive manufacturing powder bed fusion data sheet content, and ISO 3210:2025 for the quality assessment of sealed anodic coatings on aluminium—this analysis highlights the month's most significant standardization themes. Readers will gain insights into trends surrounding data and transparency in AM material properties and robust quality benchmarks for aluminium surface treatments. The summary offers practical compliance strategies for organizations, engineers, and quality professionals, and positions iTeh Standards as the authoritative resource for staying current with manufacturing engineering requirements. Don’t miss this chance to reflect on October’s contributions and align your practices with emerging industry direction.

This monthly overview examines the key standards published in October 2025 within the Manufacturing Engineering sector (ICS 25), offering professionals a comprehensive analysis of five significant documents released during this period. Standards include guidance on the nuclear digital ecosystem, updated welding material groupings, powder bed fusion additive manufacturing, anodized aluminium quality control, and safety for electric hand-held tools. The article highlights industry trends such as digital integration, materials innovation, and enhanced safety requirements. Ideal for engineers, compliance officers, and quality managers seeking context on regulatory evolution, practical compliance guidance, and insight into the future trajectory of manufacturing standards.

This monthly overview explores the Manufacturing standards published in September 2025, offering detailed analysis and context across five major standards. Covering welding equipment calibration, digital data for smart manufacturing, brazing procedures, additive-manufactured sand moulds, and industrial 5G networking, this roundup bridges critical developments in quality, connectivity, and advanced production processes. Professionals in manufacturing engineering, quality management, compliance, and procurement will gain insights into evolving sector trends and receive practical guidance for implementing these standards. Whether you need to align with new calibration protocols, prepare for the adoption of smart manufacturing data structures, qualify advanced joining processes, or understand the impact of industrial 5G networks, this review is an essential resource for staying current and competitive.

This monthly overview examines key standards published in September 2025 for the Manufacturing Engineering sector, offering a retrospective look at five significant documents. Covering areas from batch control models to intelligent device management, welding procedures, and additive manufacturing for medical implants, this article distills the technical requirements, industry context, and compliance implications for professionals. Discover trends in process standardization, digital transformation, quality control, and implant safety that shaped the month’s standardization efforts. Stay informed with guidance for practical implementation and strategic recommendations tailored for manufacturing engineers, quality managers, and compliance officers in today’s rapidly evolving manufacturing environment.

This monthly overview examines the standards published in September 2025 for the Manufacturing Engineering sector, spotlighting three essential releases. It reviews ISO 11901-2:2025 (Tools for Pressing – Gas Springs – Accessories Specifications), ISO/ASTM 52919:2025 (Additive Manufacturing – Test Methods for Metal Casting Sand Moulds), and ISO/IEC 23955:2025 (3D Printing and Data Protection Requirements for AM Service Platforms). The article synthesizes the month’s trends: increased focus on optimizing industrial tooling, validating advanced additive manufacturing methods, and ensuring robust data protection as 3D printing integrates with digital services. Professionals will find in-depth analysis, key requirements, and targeted implementation guidance—making this overview invaluable for engineers, compliance managers, and decision-makers aiming to stay up-to-date with the evolving standards landscape in advanced manufacturing.

This comprehensive overview examines five key Manufacturing standards published in September 2025, offering retrospective insights and analysis. Covering pivotal areas such as welding process calibration, sensor data quality, and foundational OPC UA architecture (including the Address Space Model, Information Model, and Mappings), this article distills critical updates and emergent trends in digitalization, data integration, and process assurance. Industry professionals, engineers, quality managers, and compliance officers will benefit from practical summaries, implementation guidance, and links to the full standards for in-depth exploration. Stay informed on developments shaping manufacturing’s digital evolution and operational excellence with this detailed sector recap.

Despite significant speed in technological development almost every industry widely uses gas cylinders in its activities. Taking into account the fact that these elements are necessary in order to ensure the conservation and transportation of gas from one location to another, they must comply with international standards. Strict regulation of the production of gas cylinders should ensure the safety of further operation, so they must be tested. Companies that manufacture this product must always pay attention to the fact that the cylinder can be damaged by the gas that is inside. Only gas cylinders that have been tested for safe use and produced in accordance may be taken into service. One of the main tasks of manufacturers is to ensure the safety of their product for the end consumer, so companies need to devote enough time to study international standards that govern the requirements for gas cylinders. This area is regulated by many documents, each of which has its own characteristics, including the material from which the cylinders are made. We have collected for you in this article several international standards that describe the requirements for the production of gas cylinders.

Manufacturing processes have always played an important role in organizing the construction of structures. Time changes and with it the rules of the game in international markets changed.   If your organization operates in manufacturing, we recommend that you pay attention to the following international EN standards.