KickingHorse USA - Welding Inverter for Home

KickingHorse USA - Welding Inverter for Home For past 18 years, KickingHorse® is dedicated to develop welding & plasma cutting inverters for home.

🤖 China's Leading Welding Robots: The Future of AutomationChina is solidifying its position as a global leader in weldin...
06/19/2026

🤖 China's Leading Welding Robots: The Future of Automation

China is solidifying its position as a global leader in welding automation, with AI-powered robots transforming manufacturing across industries.

Key developments:
• AI & machine learning enable robots to self-optimize weld parameters in real-time, boosting quality and consistency
• Collaborative robots (cobots) work alongside human welders, making automation accessible to SMEs
• IoT integration allows remote monitoring and control of welding operations from anywhere
• Robots now handle everything from EV battery assemblies to aerospace components with micron-level precision
• Welding robot market projected to grow at 14.3% CAGR through 2036 across automotive, shipbuilding, and electronics sectors

From the factory floor to the shipyard, intelligent welding robots are redefining what's possible in modern manufacturing.

Ready to explore how welding automation can transform your production line? Let's talk.

🤖 AI-Driven Welding Robots: The End of Manual Programming?Valk Welding is changing the game in 2026 with AI-driven produ...
06/19/2026

🤖 AI-Driven Welding Robots: The End of Manual Programming?

Valk Welding is changing the game in 2026 with AI-driven product recognition inside its Automatic Robot Programming (ARP) software. Welding robots can now automatically identify product geometries and apply optimal parameters — no manual programming needed.

🔹 AI "Similarities" feature recognizes part shapes and links them to best-practice weld parameters
🔹 ARP software analyzes 3D CAD/STEP files and auto-generates complete weld sequences
🔹 One in four Valk Welding systems already equipped with ARP
🔹 Scalable for high-mix, low-volume production environments
🔹 Live demos planned at MACH 2026 in Birmingham

This is autonomous welding moving from concept to reality — robots that think and act like a master welder.

Which of these AI welding trends is your shop exploring? Drop a comment below! 👇

🤖 China Deploys First Self-Developed Offshore Intelligent Welding RobotsChina has achieved a major breakthrough in marin...
06/18/2026

🤖 China Deploys First Self-Developed Offshore Intelligent Welding Robots

China has achieved a major breakthrough in marine engineering manufacturing! CNOOC Engineering's domestically developed intelligent welding robot system was officially deployed on June 14 in Tianjin — the first batch of 100% homegrown marine welding robots breaking foreign technology monopoly.

The system features fully domestic core software and process libraries:

🔧 30-ton load capacity, 20-year design life
🏗️ Welds steel up to 70mm thick — 98%+ first-pass rate
🤖 AI vision + 3D laser intelligent alignment
⚡ 40%+ efficiency gain over traditional welding
🛠️ One-click autonomous operation with intelligent path correction

Targeting high-difficulty offshore platform welding — block joints, deepwater jacket rings — the robots completed over 1,000 welding experiments with a 500+ item process database.

This milestone strengthens China offshore energy equipment independence and sets a new standard for intelligent marine manufacturing!

🤝 Novarc & Yaskawa Join Forces for AI-Powered Autonomous WeldingNovarc Technologies and Yaskawa America have signed a st...
06/18/2026

🤝 Novarc & Yaskawa Join Forces for AI-Powered Autonomous Welding

Novarc Technologies and Yaskawa America have signed a strategic MoU to integrate Novarc's AI-powered adaptive welding intelligence with Yaskawa's robotic platform — a major leap forward for autonomous welding automation.

⚡ What this means for the industry:
🔥 Novarc's NovAI Autonomy platform paired with Yaskawa robotics tackles real-world production challenges — misalignments, tacks, and fit-up variations that have long plagued automated welding
🔥 The goal: drastically reduce rework, overwelding, and scrap while boosting throughput
🔥 NovAI uses computer vision and real-time adaptive control to adjust weld parameters on the fly — no manual reprogramming needed
🔥 Full solution debuts at Automate 2026 in Chicago, June 22–25 — stop by and see the future of welding

This partnership proves physical AI is moving from concept into real welding cells, giving fabricators smarter, more flexible automation that adapts to real-world conditions.

👉 The autonomous welding revolution is here.

🇨🇳 China's First Domestically Developed Marine Engineering Intelligent Welding Robot System Officially Deployed!China ha...
06/17/2026

🇨🇳 China's First Domestically Developed Marine Engineering Intelligent Welding Robot System Officially Deployed!

China has achieved a major breakthrough in heavy industry automation with its first self-developed marine engineering flexible manufacturing intelligent welding robot system now in operation in Tianjin.

Key highlights:
🤖 100% domestically developed core software and process libraries — breaking foreign technology monopolies
⚡ 20-year design life with 30-ton maximum load capacity for heavy offshore welding tasks
🔬 AI visual recognition + 3D laser intelligent alignment for precision welding
🎯 First-pass welding qualification rate exceeds 98% with overall efficiency improved by over 40% compared to traditional methods
🛠 Handles steel up to 70mm thick and supports one-button fully automatic welding

Developed by Offshore Oil Engineering Co., Ltd. (CNOOC), this system marks a milestone in China's marine energy equipment manufacturing capabilities.

06/17/2026

The global welding equipment market is projected to grow from $28.4 billion in 2026 to $44.2 billion by 2033 at a 6.5% CAGR, driven by infrastructure modernization and automation adoption.

Key highlights:
• $9+ trillion in US infrastructure needs fueling demand
• Automotive sector remains largest end-use market at 30.4%
• AI-enabled welding controls and IoT predictive maintenance transforming the industry
• East Asia leads with 38.4% global market share
• Lincoln Electric's Flex Lase system delivers welding speeds 4x faster than TIG

The future of welding is automated, intelligent, and laser-driven.

🔬 BREAKTHROUGH: Xi'an Jiaotong University Revolutionizes Laser Deep Pe*******on Welding! 🎯Chinese researchers cracked th...
06/16/2026

🔬 BREAKTHROUGH: Xi'an Jiaotong University Revolutionizes Laser Deep Pe*******on Welding! 🎯

Chinese researchers cracked the code on laser welding high-reflectivity materials like copper, aluminum, and magnesium—a game-changer for EV, aerospace, and battery manufacturing.

Key achievements:
✅ First-ever single-pass full-pe*******on welding of 8mm thick copper plates without preheating
✅ Solved the high-reflectivity challenge using power sinusoidal modulation for better efficiency and stability
✅ Cracked the paradox: "deep pe*******on" mode was actually harmful for age-hardened Al-Li alloy welding
✅ Unified pulsed laser parameters with the "molten pool overlap rate" concept

Over 100 SCI papers published, cited by nearly 1,000 scholars from 40+ countries. Real-world applications in aircraft components, drone fuel tanks, EV battery sealing, and new energy vehicle parts.

The future of manufacturing is brighter—and deeper!

🤝 BIG NEWS: Novarc Technologies & Yaskawa Team Up for AI-Powered Autonomous WeldingNovarc Technologies has signed a stra...
06/16/2026

🤝 BIG NEWS: Novarc Technologies & Yaskawa Team Up for AI-Powered Autonomous Welding

Novarc Technologies has signed a strategic MoU with Yaskawa America (Motoman Robotics Division) to integrate Novarc's AI-powered adaptive welding intelligence into Yaskawa's robotic platform.

Key highlights:
🔹 NovAI™ Autonomy integrated with Yaskawa six-axis robots
🔹 Tackles misalignments, tacks, and fit-up variations automatically
🔹 Cuts rework, overwelding, grinding, and scrap significantly
🔹 NovHub™ enables Enterprise Welding Intelligence with true Industry 4.0 visibility
🔹 Debuts at Automate 2026 in Chicago, June 22-25

"This partnership charts a path toward autonomous, high-precision manufacturing," said Soroush Karimzadeh, CEO of Novarc.

Targeting structural steel, heavy equipment, data centers, mining, and modular construction.

The future of welding is autonomous. 🤖⚡

🤖 China's first self-developed flexible intelligent welding robot for marine engineering is now operational!COOEC has de...
06/15/2026

🤖 China's first self-developed flexible intelligent welding robot for marine engineering is now operational!

COOEC has deployed its first batch of independently developed intelligent welding robots at its Tianjin Smart Manufacturing Base — a breakthrough for offshore energy equipment production.

Key highlights:
🔹 Designed for heavy-duty offshore platform nodes, deepwater jacket rings, and collapse rings — 20-year design life, 30-ton capacity
🔹 Core software and process library are 100% domestically developed
🔹 Features AI weld recognition, 3D laser vision fit-up, multi-layer intelligent welding sequence planning
🔹 Nearly 1,000 welding experiments completed — first-pass weld rate exceeds 98%
🔹 Overall efficiency is over 40% higher than traditional methods, handling steel up to 70mm thick

One command starts the robot — it automatically completes the entire welding process with intelligent trajectory correction. This marks China's shift from isolated automation tools to fully integrated intelligent robotic welding for high-difficulty marine applications.

🔬 Shaping the Future of Welding: NAFEMS Advances in Modelling & SimulationNAFEMS is bringing together leading experts fo...
06/15/2026

🔬 Shaping the Future of Welding: NAFEMS Advances in Modelling & Simulation

NAFEMS is bringing together leading experts for a one-day seminar on September 30, 2026, dedicated to the latest advances in welding modelling and simulation.

What's covered:
🛠️ Weld pool modelling and structural integrity
🤖 AI-driven predictive engineering for welded components
🔗 Multi-scale modelling from micro to macro
📐 Benchmarking and standardization best practices
🏭 Scaling simulations to full assembly structures

Featured speakers from TWI, Cranfield University, University of Oxford, University of Manchester, and WMG will present on weld residual stresses, computational metallurgy, and Bayesian optimization for advanced manufacturing.

Essential for welding engineers, simulation specialists, materials scientists, and decision-makers in advanced manufacturing.

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Ontario, CA
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