In recent years, laser marking has become increasingly accessible—not only to large manufacturers but also to small studios and start-ups. Whether you’re engraving custom jewelry, personalizing electronics, or branding handmade products, selecting the right laser marking machine is essential for achieving professional results and maximizing your return on investment. So, what should small studios consider before making a purchase?
1.Understand Your Materials
The first and most important step is identifying the materials you’ll be working with. Different laser types are suited to different materials:
- Fiber lasers are ideal for metals such as stainless steel, aluminum, and brass.
- CO₂ lasers work well on wood, leather, glass, and acrylic.
- UV lasers are suited for sensitive materials like plastics and soft packaging.
A mismatch between the laser type and your materials can lead to poor marking quality or even damage your products.

2.Assess Power Requirements
For small studios, bigger isn’t always better. Lower-power machines (typically 20W to 30W) are often sufficient for detailed marking work and cost significantly less. However, if you’re planning to mark harder materials or increase your production volume, consider machines in the 50W range. The key is balancing performance with affordability and workspace limitations.
3.Evaluate Marking Speed and Precision
Speed and precision matter—especially for studios that value craftsmanship and brand consistency. High-precision visual positioning (also known as CCD positioning) helps ensure perfect alignment and repeatability, which is critical for batch jobs or serialized items. Look for machines with stable galvanometer scanners and software that supports fine-tuning of laser parameters.
4.Choose the Right Working Area
Small studios often work with limited space, so compact desktop models with a manageable marking area (e.g., 110mm × 110mm or 150mm × 150mm) are usually ideal. If you work on larger or irregularly shaped objects, a machine with an adjustable Z-axis or a rotary attachment may be helpful.

5.Software Compatibility and Ease of Use
User-friendly software makes a big difference. Many laser marking machines use platforms like EZCAD, which support various file formats (AI, DXF, PLT, etc.) and allow flexible editing. Make sure the software is compatible with your design workflow and doesn’t require steep learning curves.
6.Consider Safety and Ventilation
Laser marking generates smoke and fumes that need proper extraction. Choose a model that either includes or supports external fume extractors. Additionally, if the studio is shared or open to visitors, machines with enclosed designs or protective covers are safer and more professional.
7.After-Sales Support and Training
For newcomers, responsive technical support is a game-changer. Look for suppliers that offer remote installation guidance, training videos, and timely troubleshooting. A reliable warranty and easy access to spare parts are also essential for long-term use.
Recommended Laser Marking Machines for Small Studios
If you’re looking for high-performance, compact, and user-friendly solutions, Han’s Laser offers several excellent options:
🔹 Desktop MOPA Fiber Laser Marking Machine G20
Perfect for studios that need precision, speed, and flexibility in marking different types of metals and plastics. Its compact desktop design makes it ideal for limited workspaces.

🔹 20W Portable Handheld Fiber Laser Marking Machine
Lightweight and easy to operate, this portable solution is great for on-the-go marking or studios that work on large or irregular objects.

Final Thoughts
Choosing the right laser marker doesn’t have to be overwhelming. By considering your materials, space, precision needs, and budget, your studio can invest in a system that enhances your creativity and grows with your business. For professional quality in a compact form, desktop and portable fiber laser solutions from Han’s Laser are a smart choice.
Need personalized advice? Contact Han’s Laser today to find the ideal laser marking solution for your studio.
