In the fast-evolving world of industrial construction, efficiency and precision are paramount. Orbital welding technology has become one of the most popular technologies in the field of construction of clean biological pipeline systems . With its unmatched accuracy and consistency, this cutting-edge tool has become indispensable for projects demanding the utmost quality. Let's learn about this welding technology with Swisstech Schreiner through the following article
Orbital welding technology comes from AXXAIR
Orbital welding technology has redefined efficiency and precision in the attachment of tubes to tube sheets. This advanced technique not only accelerates the welding process but also enhances the quality of the welds significantly. AXXAIR stands at the forefront of this innovation, integrating orbital welding with specialized features designed for seamless operation and superior results.
This orbital welding machine is an inclined electrode and water-cooled heads, essential for maintaining the integrity of the welds by preventing overheating, especially during prolonged cycles that are a norm in such applications. Additionally, the wire spool’s design ensures a firm mount, eliminating the risk of misalignment due to wire twisting.
AXXAIR's commitment to convenience and efficiency extends to the user-friendly interface, allowing operators to initiate the welding cycle right from the handle, which is a boon for productivity given that the control station is often a distance away. This meticulous approach to orbital welding technology not only streamlines the construction of heat exchangers but also ensures each weld is documented for traceability, upholding the highest standards of quality and accountability in the process.
Note when using orbital welding machine
Navigating the intricacies of tube-to-tube-sheet welding demands a deep understanding of the preparation and geometric intricacies of the tube assembly. AXXAIR stands as a beacon of guidance in this specialized field, offering orbital welding technology and machines designed to handle these complex configurations with precision.
While AXXAIR's expertise is a valuable resource, the onus of welding outcomes rests with the customers. They hold the reins when it comes to deciding on the preparation and positioning of the tubes within the tube sheets—a decision that crucially influences the quality of the final weld.
The scope of materials that can be welded with orbital welding technology is broad, accommodating a variety of tube dimensions predominantly found in the chemical, food and beverage industry, biological and pharmaceutical sector where heat exchangers are essential.
These dimensions typically span diameters of 12.7 to 101.6 mm with thicknesses ranging from 0.5 to 5 mm. However, it's the tubes ranging from 19.05 mm to 38.1 mm in diameter and 1.65 to 3.4 mm in thickness that are most commonly employed. This meticulous process underscores the symbiosis between AXXAIR's innovative solutions and the strategic choices made by clients, ensuring the seamless operation of industries that rely on these critical heat exchangers.
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General characteristics When applying orbital welding technology
When it comes to orbital welding technology, the choice of equipment is pivotal and varies with the application's complexity and the degree of automation desired. For instance, welding titanium tubes requires a standard orbital welding setup that includes a power supply and a specialized welding head with a protective gas chamber. If the task calls for the addition of filler wire, the power supply and welding head are upgraded to facilitate wire feeding, making them suitable for single pass welding jobs.
However, for double pass applications, this standard orbital welding machine may need manual adjustments of the electrode between passes. While more sophisticated welding heads exist—capable of automatic electrode adjustments to perform dual passes seamlessly and equipped with AVC/OSC capabilities for highly specialized tasks—such advanced features are not currently within AXXAIR's product offerings. This delineation underscores the importance of selecting the right equipment for the job, a decision that directly affects the efficacy and outcome of the welding process in various industrial applications.
Please note: Ensuring the precision of orbital welding technology begins with the proper positioning of the tubes within the tube sheets—a task that may require specific centering tools compatible with AXXAIR's design standards. It's crucial that the interface where the tube meets the tube sheet is impeccably clean, devoid of grease, oil, or any contaminants that could lead to imperfections, such as bubbles in the weld bead. Moreover, pre-expansion of the tubes in the tube sheet must be avoided. This step is critical because any gases trapped during the welding process can lead to pressure build-up, risking a disruptive "explosion" that would render automatic welding infeasible. This guidance is vital for maintaining the integrity of the weld and for the seamless execution of the welding operation.
In the realm of pipeline construction, the orbital welding device stands as a beacon of modern engineering, offering unparalleled precision and reliability. This sophisticated piece of machinery has been tailored to meet the high standards of today's construction projects, where the margin for error is negligible and the demands for quality are towering. Embracing the power of automation, orbital welding machines provide a consistent output that manual welding could never match, ensuring uniformity and strength across countless welds.
The technological prowess of these machines shines through in their ability to tackle complex welding geometries with ease, adapting to a variety of pipeline configurations. Moreover, the integration of advanced features such as programmable weld schedules, real-time monitoring, and detailed weld documentation takes quality control to new heights, instilling confidence in the integrity of each joint.
As the industry progresses, the adoption of orbital welding technology has become a cornerstone in the construction of pipelines, guaranteeing not just speed and efficiency, but also the safety and longevity of the infrastructure being laid down. For contractors and clients alike, the investment in an orbital welding machine translates into cost savings, reduced downtime, and a significant edge in a competitive market.
In essence, the fusion of innovation and practicality that orbital welding machines embody marks a significant leap forward in pipeline construction, setting new benchmarks for the industry's future. Contact Swisstech Schreiner if you need more detailed information about orbital welding products, or solutions when building industrial pipelines, or need training on orbital welding technology at the the following contact information.
Add: ch 4153 reinach and hcm city vietnam
Hotline: (+84) 931 - 386 - 062
Phone: (+84) 931 - 386 - 062 +84931386062 ( zalo / viber / whatsapp )
Ngành nước giải khát (beverage industry)ngày càng trở nên phát triển và cạnh tranh, và việc sản xuất ra những sản phẩm chất lượng cao là điều không thể thiếu. Trong quá trình sản xuất, việc giảm thiểu chi phí, tăng năng suất, đảm bảo chất lượng sản phẩm, và bảo vệ môi trường là những yếu tố quan trọng. Hãy cùng Swisstech Schreiner tìm hiểu trong bài viết này về công nghệ hàn quỹ đạo (Orbital welding technology) và lợi ích của chúng trong ngành nước giải khát (beverage industry).
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Ống thép không gỉ hiện nay được ưa chuộng sử dụng rộng rãi trong các ngành công nghiệp khác nhau. Quy trình gia công ống thép không gỉ (Stainless steel pipe processing) bao gồm một số bước để đảm bảo sản phẩm chất lượng cao. Dưới đây Swisstech Schreiner xin giới thiệu các bước chính trong quy trình gia công ống thép không gỉ (Stainless steel pipe processing).
Giải pháp đặt ra cho nhiều ngành công nghiệp đòi hỏi khắt khe về nhu cầu hàn đó là tự động hóa quy trình hàn ống dẫn trong hệ thống đường ống bằng công nghệ với thiết bị hàn quỹ đạo (orbital welding machine). Hệ thống hàn TIG quỹ đạo (TIG Orbital Welding Machine) tự động hóa các khía cạnh khó khăn nhất của quy trình hàn, cho phép người vận hành tập trung vào việc mang lại kết quả chất lượng.
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Thực hiện tốt các công tác bảo trì, bảo dưỡng hàn (Maintenance work welding) định kỳ cho phép hệ thống máy hàn và cả hệ thống sản xuất hoạt động đáng tin cậy và an toàn trong thời gian dài. Nếu bảo trì không đúng cách, không đầy đủ hoặc hoàn toàn bị bỏ quên có thể dẫn đến hỏng hóc và dẫn đến các mối nguy hiểm nghiêm trọng bao gồm thương tích cho công nhân trong quá trình làm việc. Các công tác bảo trì ( Maintenance work) có thể thực hiện dễ dàng với một số kế hoạch cơ bản.