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hey bro, may we know what you mean with "box"?🙂

It is a box

yes sir, it is. we have those services for clients who need such and it also supports this channel and our content creation team in our advocacy in the automation and manufacturing space.

Yes, the FANUC AI bin picking system with the M-710i robot can pull offsets from the camera. This allows for greater flexibility and adaptability in bin picking applications, as the robot can automatically adjust its movements based on the actual position of the parts in the bin. The specific features and capabilities may vary depending on the exact configuration of your system, but in general, the FANUC AI bin picking solution is designed to provide a high degree of autonomy and accuracy in part picking tasks.

Absolutely! While calculus can be challenging, many successful engineers have overcome similar hurdles. Here are some tips to consider as you contemplate returning to mechanical engineering: 1. Assess Your Comfort with Calculus: Review the basics: Start by revisiting fundamental calculus concepts like derivatives, integrals, and limits. Online resources and textbooks can be helpful. Identify specific areas of difficulty: Pinpoint the exact topics that gave you trouble. This will help you focus your efforts. 2. Seek Additional Support: Tutoring: Consider hiring a tutor or joining a study group to get personalized help. Online resources: Explore online courses, tutorials, and practice problems to reinforce your understanding. 3. Connect with Professors: Reach out to professors in your previous mechanical engineering courses. They may offer advice or additional resources. 4. Explore Alternative Pathways: Industrial engineering: If calculus is a significant barrier, consider industrial engineering, which combines elements of mechanical, electrical, and industrial engineering. Specialized roles: Focus on areas of mechatronics that require less calculus, such as PLC programming or automation engineering. 5. Leverage Your Existing Skills: Build on your strengths: Your experience in industrial automation and electrical technology can be valuable assets. Transferable skills: Identify skills you've developed that can be applied to mechanical engineering, such as problem-solving, technical analysis, and project management. Remember, returning to school can be challenging, but with the right approach and dedication, you can overcome obstacles and achieve your goals. Don't hesitate to seek support and explore different options to find the best path for you.

Hi bro, Yaskawa is a well-respected leader in the robotics industry, consistently ranked among the top companies in terms of technological advancement, AI integration, and overall capabilities. While it's difficult to pinpoint an exact ranking within the top 20%, Yaskawa is definitely in the upper-mid to upper 20% range when compared to its competitors. Some of the key areas where Yaskawa excels include: Technological Innovation: Yaskawa is known for its continuous research and development efforts, leading to innovative products and solutions. AI Integration: The company has been actively incorporating AI into its robotics systems, enabling greater intelligence and adaptability. Product Range: Yaskawa offers a diverse range of robots, from collaborative robots to heavy-duty industrial models, catering to various applications. Global Presence: With a strong global presence, Yaskawa has a deep understanding of different market needs and can provide tailored solutions. While it's challenging to definitively rank companies in the robotics industry, Yaskawa's reputation and track record position it firmly among the top contenders. Some other notable robotics companies that are considered industry leaders include: ABB: Known for its advanced robotics technology and extensive product range. FANUC: A global leader in automation solutions, including robotics. KUKA: Specializes in industrial robotics and automation systems. Universal Robots: A pioneer in collaborative robotics, offering user-friendly and flexible solutions. These companies, along with Yaskawa, are at the forefront of robotics technology and continue to drive innovation in the industry.

@@EliteAutomation Thank you VERY much, EA ! Very helpful & useful information. Good to know that Yaskawa is in that upper level in most / all the current technologies to keep them as an AI-forward technology leader in the Robotics & Automation space. Again - much appreciate your helpful information - and I might reach out again with another question or two, needing your expertise. Cheers ! 😄👍🙏

Here are some possible reasons why you can't find the foot printer option in your MIR AMR's settings bar and how to resolve them: Check the Software Version: Ensure you have the latest software version installed on your MIR AMR. Older versions might not have the foot printer option. Verify Permissions: Make sure you have the necessary permissions to access and activate the foot printer option. Contact your system administrator if you're unsure. Look in Other Menus: The foot printer option might be located in a different menu or sub-menu within the settings. Explore other options in the settings bar or refer to the user manual. Contact Technical Support: If you've tried the above steps and still can't find the option, reach out to MIR AMR's technical support. They can provide specific guidance based on your model and software version.

you're welcome bro!

Yes, a mechatronics master's degree could be a great choice for you! Your current skills and interests in computer engineering, programming, CAD design, and hands-on work align well with the interdisciplinary field of mechatronics. A master's degree will provide you with: Advanced knowledge: A deeper understanding of mechanical, electrical, and computer engineering principles. Specialized skills: Proficiency in areas like robotics, automation, and control systems. Career advancement: Increased opportunities for leadership roles and higher salaries. Research and development: A chance to contribute to cutting-edge technologies. Some potential career paths after a mechatronics master's degree include: Robotics engineer Automation engineer Control systems engineer Product development engineer Research and development engineer Technical support engineer Entrepreneurship If you're passionate about combining your technical skills with a hands-on approach, a mechatronics master's degree could be the perfect next step in your career.

yes🙂

@@EliteAutomation I am from China, Yaskawa robot agent, nice to meet you, can you give me your contact information? I hope we can work together

Hi, your background in engineering, especially with a focus on mechanical engineering, is a valuable asset for a career in electrical/automation. Many of the skills you've developed, such as problem-solving, technical analysis, and project management, are directly transferable to this field. Here are some tips to help you transition: 1. Leverage Your Existing Skills: Highlight your engineering background: Emphasize how your mechanical engineering skills can contribute to understanding electrical systems and automation processes. Showcase your project management experience: Demonstrate your ability to manage complex projects and coordinate teams. 2. Gain Electrical Experience: Complete an electrical apprenticeship: Your plan to pursue an electrical apprenticeship is a great way to gain hands-on experience and learn the fundamentals of electrical systems. Consider online courses or certifications: Explore online platforms like Coursera, Udemy, or LinkedIn Learning for electrical engineering courses or certifications. 3. Network and Build Relationships: Attend industry events: Connect with professionals in the electrical/automation field at conferences, workshops, and networking events. Leverage LinkedIn: Build a strong online presence and connect with industry experts. Reach out to companies: Research companies in your area and directly inquire about entry-level positions or internships. 4. Focus on Specific Areas of Interest: Identify your passion: Determine if you're more interested in electrical design, control systems, automation, or a specific industry like manufacturing or energy. Tailor your resume and cover letter: Highlight your skills and experience relevant to your chosen area. 5. Consider Certifications: Obtain industry-recognized certifications: Certifications like Certified Automation Professional (CAP) or Certified Industrial Maintenance Mechanic (CIM) can demonstrate your expertise and increase your job prospects. Remember, persistence and a willingness to learn are key to a successful career transition. Keep networking, gaining experience, and pursuing opportunities in the electrical/automation field.

Ya I bet. I still don't like it and I've done it my entire career.

ha ha ha😅

The complexity of robots and PLCs depends on the specific application and the level of experience. PLCs (Programmable Logic Controllers): PLCs are typically easier to learn and program for basic tasks. They excel at controlling sequential operations and simple logic. Robots: Robots are more complex, involving mechanical design, electrical engineering, and programming. They require a deeper understanding of kinematics, dynamics, and sensor integration. However, the difficulty of working with either depends on background and experience: If you have a strong background in electrical engineering and programming, you might find PLCs more approachable. If you have experience in mechanical engineering and robotics, you might find robots easier to understand. Ultimately, both PLCs and robots require a combination of technical skills and problem-solving abilities. The best choice will depend on your specific project and your personal preferences.

that's funny😂

Exactly

The cost of applying automation and robotics to manufacturing can vary widely depending on several factors, including: Type of automation: The specific technologies and equipment used will determine the initial investment. Scale of implementation: The size and complexity of the manufacturing process will affect the cost. Existing infrastructure: The need to modify or replace existing equipment can increase costs. Labor costs: The cost of human labor in your region will influence the return on investment of automation. Long-term benefits: Automation can lead to increased productivity, reduced errors, and improved quality, which can offset initial costs over time. While automation and robotics can involve significant upfront costs, they often offer long-term benefits that can outweigh the initial investment. Here are some key factors to consider when evaluating the cost of automation: Increased productivity: Automated systems can operate 24/7 without breaks, leading to higher output and reduced production time. Improved quality: Robots can perform tasks with greater precision and consistency, reducing defects and waste. Reduced labor costs: Automation can reduce the need for human labor, leading to lower wage and benefits costs. Increased flexibility: Automated systems can be easily reprogrammed to adapt to changing production requirements. Improved safety: Robots can handle dangerous or repetitive tasks, reducing the risk of human injury. To determine the specific costs and benefits of automation for your manufacturing process, it's recommended to conduct a thorough cost-benefit analysis. This analysis should consider factors such as initial investment, ongoing maintenance costs, labor savings, increased productivity, and improved quality.

The cost of applying automation and robotics to manufacturing can vary widely depending on several factors, including: Type of automation: The specific technologies and equipment used will determine the initial investment. Scale of implementation: The size and complexity of the manufacturing process will affect the cost. Existing infrastructure: The need to modify or replace existing equipment can increase costs. Labor costs: The cost of human labor in your region will influence the return on investment of automation. Long-term benefits: Automation can lead to increased productivity, reduced errors, and improved quality, which can offset initial costs over time. While automation and robotics can involve significant upfront costs, they often offer long-term benefits that can outweigh the initial investment. Here are some key factors to consider when evaluating the cost of automation: Increased productivity: Automated systems can operate 24/7 without breaks, leading to higher output and reduced production time. Improved quality: Robots can perform tasks with greater precision and consistency, reducing defects and waste. Reduced labor costs: Automation can reduce the need for human labor, leading to lower wage and benefits costs. Increased flexibility: Automated systems can be easily reprogrammed to adapt to changing production requirements. Improved safety: Robots can handle dangerous or repetitive tasks, reducing the risk of human injury. To determine the specific costs and benefits of automation for your manufacturing process, it's recommended to conduct a thorough cost-benefit analysis. This analysis should consider factors such as initial investment, ongoing maintenance costs, labor savings, increased productivity, and improved quality.

Choosing a mechatronics career path can be exciting! Here are some ideas based on your interests and skills: 1. Robotics Engineer: If you love designing and building robots, this is a great option. You'll work on projects like developing autonomous vehicles, industrial robots, or even personal robots. 2. Automation Engineer: Interested in improving efficiency and productivity? Automation engineers design and implement automated systems for various industries, from manufacturing to healthcare. 3. Control Systems Engineer: If you enjoy programming and problem-solving, consider a career in control systems engineering. You'll develop and maintain control systems for machines and processes. 4. Product Development Engineer: Want to bring new products to life? As a product development engineer, you'll work on designing and developing innovative mechatronic products. 5. Research and Development: If you're passionate about pushing the boundaries of technology, a career in research and development might be for you. You'll work on developing new mechatronic systems and applications. 6. Technical Support: Enjoy helping others? As a technical support engineer, you'll provide assistance and troubleshooting for mechatronic systems. 7. Entrepreneurship: With your mechatronics skills, you could start your own business developing and selling innovative mechatronic products or services. To narrow down your choices, consider: Your interests and passions Your strengths and weaknesses The industries that excite you The type of work environment you prefer Remember, your mechatronics degree provides you with a versatile skillset, opening up many career possibilities. Don't be afraid to explore different options and find the path that's right for you!

@@EliteAutomation Thanks very much

Keep going bro!

Absolutely! Your background in Information Technology (IT) and HVAC can be a great foundation for a career in mechatronics, especially in the field of controls engineering. Here's why: IT Skills: Your IT knowledge will be invaluable for understanding the control systems and software used in mechatronics. This includes programming, networking, and data analysis. HVAC Experience: Your HVAC experience will provide you with a solid understanding of mechanical systems, which is a crucial component of mechatronics. You'll be familiar with concepts like sensors, actuators, and control loops. Transferable Skills: Many skills you've acquired in IT and HVAC, such as problem-solving, troubleshooting, and technical analysis, are directly applicable to mechatronics. To transition into mechatronics, consider: Taking additional courses or certifications: This could include courses in robotics, automation, or control systems engineering. Gaining hands-on experience: Look for opportunities to work on mechatronics projects or internships. Networking: Connect with professionals in the mechatronics field to learn about career paths and opportunities. With your strong foundation in IT and HVAC, you're well-positioned to pursue a successful career in mechatronics.

thanks bro! glad that this content was able to help!

Hey there, glad you found the video both interesting and fantastic! It's great to hear you're looking to further your career in automation and PLC tech. Here are some licenses and certifications that are highly regarded in the industry, especially for those starting out: Siemens Certified PLC Technician: This certification program covers Siemens specific hardware and software, making it valuable if you work with their equipment. Allen-Bradley Certified PLC Technician: Similar to the Siemens certification, but focuses on the Allen-Bradley platform. Certified Control Systems Technician (CCST) by ISA: This is a more general certification covering a broad range of control systems technologies, not limited to a specific manufacturer. Additionally, consider exploring certifications offered directly by PLC manufacturers you encounter in your work. They often have programs specific to their hardware and software. Remember, hands-on experience is equally important! Seek out opportunities to work with PLCs and automation systems whenever possible. Best of luck on your journey, and feel free to ask if you have more questions!

Yes, you're right.

That's awesome!

that's awesome!

Same here...

its called a beard, maybe you are not familiar with it

that's funny🙂

That's wild!!!

Hi, we hope this info helps: The number of user models you can add in a DCS Cartesian position check depends on the specific DCS system and its configuration. While some systems may have limitations, many modern DCS controllers allow you to add more than 3 user models. Here are some factors to consider: DCS System Capabilities: Check the specifications of your DCS to determine the maximum number of user models it can support. Complexity of the Application: The number of user models needed may vary based on the complexity of your application and the number of different zones or positions you need to define. System Performance: Adding too many user models can potentially impact system performance. It's important to strike a balance between the number of user models and the desired level of safety and functionality. In general, it's recommended to consult the DCS system's manual or contact the manufacturer for specific guidance on the maximum number of user models and any potential limitations. By understanding these factors, you can effectively configure your DCS to meet the requirements of your application.

yes, thank you for pointing it out...and congratulations for guiding your son in the automation path!

yes it is. good luck to your career path.

You can. It'll definitely look better on a resume but so does experience as well.

Thank you

yes. but it still depends on what path a person wishes to take.

I want to become a plc programmer and was told to take plc integration classes after I finish my degree. Is this what I should do?

Glad it was helpful!

Yes, that's a good path too.

While the U.S. robotics job market can be competitive, there are still plenty of opportunities available. Here's why: Growing Demand: Industries like manufacturing, healthcare, and logistics are increasingly adopting robotics, driving demand for skilled professionals. Technological Advancements: Continuous advancements in robotics technology are creating new job roles and applications. Regional Variations: Job markets can vary significantly by location. Some regions, such as Silicon Valley and the Rust Belt, have particularly strong robotics industries. Diverse Career Paths: Robotics offers a wide range of career options, from research and development to engineering and technical support. To increase your chances of finding a robotics job in the U.S., consider the following: Strong Educational Background: Pursue a degree in robotics, engineering, computer science, or a related field. Gain Practical Experience: Internships, co-op programs, or personal projects can provide valuable hands-on experience. Networking: Build relationships with professionals in the robotics industry through conferences, online communities, and networking events. Stay Updated: Keep up with the latest trends and technologies in robotics to remain competitive. By following these steps and actively seeking opportunities, you can increase your chances of finding a fulfilling career in robotics in the United States.

Thanks ChatGPT 😅 ​@@EliteAutomation

@muhammadhammad5699 yes, it's technically possible for a single mechatronics engineer to build a robot for a specific problem, but it's often more practical and efficient to work with or in a team.

Thank you for your honest opinion.🙂

ha ha ha😆

yes it is👍

hi erica, yes you can do it. just keep on looking out for industrial companies who have started adopting this remote work strategy. more power to you!

Thanks!🙂🙂🙂

Hi, we think that Tesla's focus on efficiency and compact design suggests they've likely developed custom actuator solutions tailored specifically for the Optimus robot. These actuators would likely incorporate advanced technologies like electric motors, gearboxes, and sensors for precise control and performance. It's important to note that this is based on available information and speculation. The exact details of Tesla's actuator technology remain proprietary. In this video, we mentioned some of the types of actuators that the robotics and automation industry are using and is currently on the market.

They aren't "cylinders", they are electric linear actuators. There is no air or hydraulics and I think its incorrect to refer to them as cylinders

💯💯💯

Hi, we understand your concerns about the potential impact of robotics and AI on humanity. It's important to have open and honest conversations about these technologies. While it's crucial to be aware of potential risks, it's also essential to focus on the potential benefits and how we can mitigate any negative consequences through responsible development and regulation.🙂

I have watch it like 10 😅

😅

We appreciate you sharing your perspective. It's great to see passion about the products we support. While personal preferences play a significant role in consumer choices, it's important to evaluate technology based on its merits and potential impact. On our side, we focus on discussing the technological advancements and how they might benefit society as a whole.🙂