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Robotic laser welding technology is rapidly gaining popularity in the manufacturing world, and it’s not hard to see why 🌟 Robotic laser welding with push-pull wire feeding offers several advantages, including increased precision and consistency in weld quality due to the stable wire feed and precise laser control. The push-pull wire feeding system ensures smooth wire delivery, minimizing the risk of wire jams and ensuring consistent weld penetration. Laser welding can achieve welding speeds up to 10 times faster than TIG welding and significantly faster than MIG welding. This method allows for higher welding speeds and productivity, reducing downtime and increasing overall efficiency. Additionally, the integration of robotics enhances flexibility and repeatability in complex welding tasks, enabling the automation of intricate welding processes and reducing labor costs. This technology is especially beneficial for welding thin and delicate materials, providing high-quality welds with minimal heat distortion. Check out the video below to see this cutting-edge technology in action 🎥🔗 Thank you to our partners for the integration! #RoboticLaserWelding #ManufacturingInnovation #Automation #Welding #Technology

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Insert with plasma piercing of up to 80 mm Our ProPierce technology proves once again just how powerful plasma can be when it comes to cutting inner contours in thick materials. Users save on material by eliminating the edge start and thus improve their productivity. ▶️ no additional equipment or consumables required ▶️ exclusive for our Q-plasma power sources ▶️ increases the insert capacity by up to 30 mm 👉🏻 Watch the full video here: https://lnkd.in/dxJ8v23J 👉🏻 Further information on the Kjellberg Finsterwalde website: https://lnkd.in/dpGcSwYz For more info, please contact us on 083 463 0999 or email us at info@microstepsa.co.za We know how .... to plasma cut. #Plasmacutting #technology #cnccutting #cncplasmacutting #piercing #propierce #kjellberg

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🌟 EXCITING NEWS 🌟 IPG is thrilled to announce our participation in the upcoming CLEO conference next week! Be sure to join us as Sergey Vasilyev and Mike Mirov, leading experts in MID-IR laser technology, take the stage to share their insights. 🕒 Presentation Times: - May 6 - 8:45 am - May 7 - 12:320 pm - May 8 - 1:00 pm And be sure to visit us at Booth 407! Learn more here ➡️ https://ow.ly/fpLm50RwoNR #IPGPhotonics #FiberLasers #MID-IR

How do you weld one meter in one minute? With a Maxphotonics Handheld Laser Welder of course. Easy, clean and efficient! Watch it in action here https://lnkd.in/dHhvtHgs #laserwelding #handheldlaserweldingmachine

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How to improve safety in handheld laser welding? Companies can enhance safety in handheld laser welding through several strategic actions and policies that focus on training, equipment maintenance, and workplace environment. Here’s a detailed break-down of effective measures: - Comprehensive Training: Ensure all operators receive thorough training on the correct operation of handheld laser welding machines. Training should cover not only how to use the machines but also understand the risks involved and how to manage them. Regular refreshers and updates on safety protocols keep the knowledge current. - Use of Personal Protective Equipment (PPE): Require the use of appropriate PPE for all operators and nearby workers. This includes laser safety goggles that specifically block or filter out the wavelength of the laser used, heat-resistant gloves, protective clothing, and, if necessary, respiratory protection against fumes. - Routine Safety Audits and Risk Assessments: Regularly conduct safety audits and detailed risk assessments of laser welding activities to identify potential hazards and implement corrective actions. Continuous monitoring keeps safety standards high and adapts to any changes in equipment or environment. - Proper Equipment Maintenance: Establish a routine for regular maintenance checks of welding equipment. Ensure that all components, including laser alignment, electrical connections, and protective housings, are in good working condition to prevent malfunctions that could pose safety risks. - Safe Workspace Design: Design workspaces to minimize hazards. This includes sufficient ventilation systems to extract harmful fumes, adequate shielding to prevent laser beam exposure to bystanders, non-reflective surfaces, and organized work areas that reduce the risk of accidental exposure or injury. - Clear Safety Signage and Instructions: Place safety warnings and instructions prominently around the work area. Labeling equipment with clear risks and controls helps in maintaining awareness and guiding behavior in the workplace. - Emergency Preparedness: Equip the workplace with first-aid kits and fire extinguishers, and train employees on emergency response procedures. Knowing how to quickly and effectively respond to accidents can significantly mitigate injuries. - Regulatory Compliance: Keep up to date with local, national, and international safety regulations and standards related to laser welding. Compliance not only avoids legal repercussions but also enhances the safety and reliability of welding operations. - Fostering a Safety Culture: Encourage a safety-first culture within the company that promotes an open dialogue about safety concerns. A proactive approach where employees feel empowered and responsible for safety can significantly enhance adherence to safety practices. Implementing these strategies helps enforce a high standard of safety, which is crucial for protecting workers and companies.

SAFETY IN HANDHELD LASER WELDING Safety in handheld laser welding is crucial due to several reasons, primarily concerning the protection of operators and bystanders from serious risks associated with the process. Here are the key reasons why safety is so important: - High-Energy Light: Handheld laser welders emit a high-intensity beam capable of delivering large amounts of energy to a small area. This laser light can cause severe burns to skin and permanent damage to eyes, including blindness, even from indirect exposure. - Reflections and Scattering: Laser beams can reflect or scatter off surfaces, particularly reflective materials. This can inadvertently direct the beam towards the operator or bystanders, creating an unpredictable hazard environment. - Fire Hazard: The intense heat generated by laser beams can ignite flammable materials in the vicinity, potentially leading to fires. Proper safety measures must be in place to prevent and respond to fire risks. - Fumes and Vapors: Laser welding can produce hazardous fumes and vapors from the materials being welded, especially with metals coated with certain substances or composites. Inhaling these fumes can be harmful and adequate ventilation or respiratory protection is essential. - Electricity: Like any electrical tool, handheld laser welders pose risks of electric shock or accidents related to the use of electrical power, especially in environments that may expose the equipment to water or other conductive substances. Ensuring safety while using handheld laser welders involves proper training for operators, use of appropriate personal protective equipment (PPE) like specialized goggles or face shields, gloves, and protective clothing, and implementing workplace safety measures including good ventilation, fire safety equipment, and clear safety procedures. Adherence to these safety practices not only protects individuals but also ensures a productive and sustainable working environment.