Imagine waking up to find yourself a participant in the “Squid Game.” What challenge would you choose to win the substantial prize money? Of course, preserving your life would probably take precedence over earning that fortune. Now, let’s assume you’re about to face a challenge where you go head-to-head with a machine in an intricate Dalgona cookie carving contest. Your opponent is the EM Smart Basic 1 fiber laser engraving machine. Do you have the confidence to come out on top?
If you’re still unsure, don’t worry — we’ve already taken part in this challenge on your behalf and captured the entire process on video. The answer is waiting for you in the video below. Watch and find out!
Can a Fiber Laser Engraver Really Carve Dalgona Cookies?
You may be asking, “Can a fiber laser engraving machine carve Dalgona cookies?” The answer might surprise you: yes, it can! Fiber laser engraving machines, while primarily known for their ability to work on metals, are also capable of delicately carving food items like Dalgona cookies and cotton candy, if the right parameters are set.
However, there’s a catch. Fiber laser engraving machines use thermal processing, which, while effective for harder materials, can result in overheating or uneven results when applied to softer materials like food. If too much heat is generated during the engraving process, it can damage the cookie or cause an uneven texture. Therefore, it’s crucial to fine-tune the machine settings to avoid ruining the product.
Now, you might wonder, if fiber lasers aren't ideal for food engraving, then what’s the best tool for the job? The answer lies in CO2 laser engraving machines and diode laser machines. These devices rely on cold processing technology, making them more suitable for delicate materials like food. CO2 lasers, for instance, work by evaporating or ablating the surface of materials without subjecting them to excessive heat, which helps preserve the quality of the food.
But what if you want a machine that can handle both metals and food with ease? This is where our upcoming dual-source laser engraving machine comes in. Combining fiber and diode laser technologies, this machine will offer unparalleled versatility, allowing you to work on both hard metals and delicate food materials, all with precision and efficiency. While it hasn’t been released yet, we’re eager to bring this cutting-edge product to you — so stay tuned for its launch!
Will Machines Eventually Replace Human Workers?
As technology continues to advance at breakneck speed, many people wonder whether machines will eventually replace human jobs. This issue is not just theoretical; it’s becoming more relevant with each passing year. In this context, we posed an important question: Are you concerned about the possibility of being replaced by machines?
From my perspective, the purpose of technological advancement is not to replace humans but to enhance human potential. While it’s true that automation and artificial intelligence (AI) are increasingly taking over certain tasks, this doesn’t necessarily mean the end of human labor. In fact, it’s more about empowering us with stronger tools to do more in less time, increasing overall productivity.
Historically, people have been anxious about technological advancements replacing existing jobs. But as we look back, we can see that these fears were often overblown. New technologies have consistently opened the door to new job categories and opportunities that we never even imagined before. So rather than fearing technological progress, we should embrace it as an opportunity for growth.
How Can You Adapt to Technological Change?
If you’re worried about the possibility of being replaced by machines, the best course of action is to start developing skills that are difficult—if not impossible—for machines to replicate. To stay relevant in a rapidly changing job market, you need to continue learning and adapting. Here are a few actionable strategies to future-proof your career:
1. Invest in Education and Training to Enhance Your Career Competitiveness.
Ongoing education and training are crucial to keeping up with evolving technologies. By constantly upgrading your skills, you can stay ahead of the curve and ensure that you remain competitive in your field. You might even want to explore new areas of expertise that are in demand, helping you remain adaptable and flexible in an ever-changing landscape.
2. Learn Across Disciplines to Broaden Your Skillset.
Machines often excel in narrow, specialized areas, but they lack the cross-functional expertise that many employers value. By broadening your knowledge across different fields, you can become a well-rounded professional who adds value in multiple domains. For example, imagine a news anchor who not only reads scripts but also incorporates engaging commentary and humor. The ability to adapt, think creatively, and bring a personal touch to work can help you stay indispensable even in the face of AI advancements.
3. Pursue Emerging Career Paths: Emotional Support and Counseling.
While machines are getting better at understanding language and performing tasks, they still lack the emotional intelligence that human workers bring to the table. This is why the demand for roles such as emotional support counselors and therapists is on the rise. If you’re interested in this area, consider obtaining certification and qualifications to become a licensed counselor. This field offers tremendous growth potential as more people seek help for mental health challenges.
Conclusion
As Immanuel Kant once said, “Human beings are always an end, never merely a means.” Technology may be advancing faster than we can keep up, but rather than resisting this change, we should embrace it. The key is not to be intimidated by machines or AI but to use these advancements as tools to augment our capabilities. By continuously learning and developing new and indispensable skills, we can not only keep up with technological change but also thrive in it.
We cannot halt technological progress, but we can make sure we are always evolving with it. Whether it’s through embracing new tools like dual-source laser engraving machines or developing skills that machines can’t replicate, the future is ours to shape.
Now that you’ve read through this article, we’d love to hear your thoughts on the matter. Do you believe machines will eventually replace human workers, or do you think there will always be a place for us? How do you plan to adapt to the changing technological landscape?
Feel free to leave a comment below and join the conversation. Your insights and experiences are invaluable, and we look forward to hearing your perspective!
About US
With 26 years' laser industry experience in the laser industry, EM-Smart has been committed to designing and manufacturing portable laser marking machines as well as developing innovative laser solutions for a wide range of industries.
For any more information, please contact support@em-smart.com