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鈥湵反潜共拱︹�檚 new SWR+TIPTIG Autonomy promises to solve challenges being voiced by multiple industry players. It elevates existing TIPTIG capabilities to new heights, made possible by SWR+TIPTIG鈥檚 continuous evolution, which has been driven by 狈辞惫补谤肠鈥檚 artificial intelligence and machine learning technologies,鈥� said Soroush Karimzadeh, CEO, Novarc Technologies Inc.聽

鈥淪WR+TIPTIG Autonomy is the industry鈥檚 most versatile Autonomous Welding Robot and the world鈥檚 first in full autonomy for the TIG weld process with zero operator intervention for X-ray quality welds. Once SWR+TIPTIG Autonomy is set up, operators can just hit start, and move on to set up the next weld,鈥� said Karimzadeh.

SWR鈩�+TIPTIG Autonomy results in higher deposition rates with a 2.6x increase in weld deposition and up to 4 lbs/hour in deposition rates, with an increase of up to 300 per cent in travel speeds, surpassing conventional TIG systems. TIPTIG鈥檚 precision also minimizes spatter, oxidation, and discoloration, producing welds that meet hygienic standards without excessive post-weld cleaning.

With the smallest footprint in the industry (4鈥檟4鈥�) and up to 4 positioners, SWR鈩�+TIPTIG Autonomy can also maximize both valuable shop space and productivity, benefiting fabricators across a number of industries.

Also being showcased at FABTECH: 狈辞惫础滨鈩�, 狈辞惫贬耻产鈩�, 狈辞惫础滨鈩� Capture, 狈辞惫础滨鈩� Control, and NovPlan鈩⒙�

狈辞惫补谤肠鈥檚 technology 鈥� a new AI-powered system that brings both vision and real-time adaptation to articulated robotic and mechanized welding鈥撀� will also be demonstrated at FABTECH in 狈辞惫补谤肠鈥檚 booth #B17063. Welding with 狈辞惫础滨鈩� results in less defects, as real-time AI adjustments ensure consistent high-quality welds. Overwelding is virtually eliminated, and there is no need to manually set up or pre-scan the welds, which means that even junior operators can take on complex welding jobs.

: Novarc is launching , a welding intelligence platform that tracks and traces the weld, capturing all the weld video and parameter data in a secure platform, providing a valuable digital thread of the weld. Weld data is stored in a central point, and 狈辞惫补谤肠鈥檚 advanced analytics and diagnostic tools can identify the root causes of welding defects or failures, enabling targeted corrective actions and preventing recurrence.

: By bringing machine vision into the robotic welding process, gives welders real-time visibility into the weld pool, and automatically records every weld with full parameter data. NovAI Capture turns welding from a black box into a fully traceable, optimized process, driving higher quality welds with lower risk.

: By bringing human expertise back into robotic welding, operators have the ability to adjust weld parameters and robot motion live, during the weld, using real-time visual feedback. It鈥檚 similar to putting a skilled welder鈥檚 hands and eyes inside the robot cell, without stopping production.

NovPlan鈩�: Industrial robots are excellent tools for welding automation - they are fast, repeatable, and flexible; however, conventional programming can be costly and time-consuming. This makes them unviable for many tasks, especially high-mix low-volume manufacturing. NovPlan鈩� solves this problem using smart, innovative software that automatically generates robotic welding programs directly from CAD information. Intelligent algorithms eliminate the time and effort needed to program robots, so more time can be spent welding, even for one-off production.

About Novarc Technologies Inc.

As a proven pioneer in the field of welding automation, Novarc Technologies is a full-stack AI robotics company specializing in the design and manufacturing of automated welding solutions for challenging welding applications. 狈辞惫补谤肠鈥檚 Spool Welding Robot (SWR) is recognized by customers globally for its impact in the fabrication industry. For more information, visit