The Aurora Series supports professional laser marking workflows and is compatible with commonly used laser software such as LightBurn on supported models. Users can import designs, adjust marking parameters, prepare text, logos, serial numbers, barcodes, and graphics, then control the marking process efficiently. This makes Aurora easier to use for both beginners and experienced laser users.

Yes. The Aurora Series is well suited for metal laser marking. Fiber and MOPA fiber laser options can create permanent marks on stainless steel, aluminum, brass, copper, titanium, gold, silver, coated metals, anodized aluminum, tools, tags, jewelry, hardware, and industrial parts. This makes Aurora a practical solution for both custom product engraving and traceability marking.

Fiber laser marking machines are widely used for fast, durable marking on metals and many plastics. MOPA laser marking machines offer more flexible pulse control, making them suitable for color marking on stainless steel, black marking on anodized aluminum, and more refined plastic marking. UV laser marking machines use a shorter wavelength, creating lower-heat marking effects for glass, plastics, ceramics, and sensitive materials that may deform or burn under higher heat.

Setting up our machines is surprisingly straightforward. Typically, we can unbox and set them up in just 30 minutes at a trade show.

Unlike many lasers that necessitate a complex alignment upon arrival, our machines are robustly constructed to maintain alignment during transit. This design philosophy ensures that if a machine is prone to misalignment during shipping, it's likely to require frequent realignments, leading to lost time and unnecessary frustration for you.

With our machines, you can expect consistent, hassle-free performance.

Taking Aurora Lite and Thunder Bolt as examples.

Machine Structure: 

The Aurora Lite boasts a galvo marking design coupled with a fiber laser source, offering precision and speed in marking applications. On the other hand, the Thunder Bolt features a gantry and belted structure powered by an RF CO2 laser source, catering to cutting and engraving tasks with versatility.

Performance: 

The distinction in machine structure translates to notable differences in performance metrics. With the Aurora Lite, enjoy an impressive maximum marking and scanning speed of 7000mm/s, ideal for swift and intricate marking tasks. Meanwhile, the Thunder Bolt showcases a maximum engraving speed of 1000mm/s, facilitating efficient cutting and engraving operations.

Material Compatibility: 

Thanks to their distinct laser sources, each machine excels in different material applications. The Thunder Bolt shines in engraving and cutting a wide array of non-metal materials, offering versatility for diverse projects.

Conversely, the Aurora Lite’s fiber laser source enables it to engrave bare metals with precision, a capability unmatched by the Thunder Bolt.

Synergistic Partnership: Together, the Aurora Lite and Thunder Bolt form a dynamic duo in any workshop setting. Their complementary functionalities enhance productivity and streamline workflows, empowering businesses to achieve greater efficiency and effectiveness in their operations.

Invest in these powerhouse machines to elevate your workshop capabilities and unlock new dimensions of productivity and creativity.

Yes, typically, field lenses with smaller marking areas can produce finer laser spots. Conversely, lenses with larger marking areas can engrave bigger patterns. However, it’s essential to note that larger work area lenses require longer focal distances. Moreover, due to the enclosed housing structure for safety purposes, the maximum work height is consequently reduced.

Taking Aurora Lite as example, the standard lens for the Aurora Lite is the F-210, accommodating a maximum work area of 145 x 145 mm. As options, you can select the F160 (110 x 110 mm) or the F290 (200 x 200 mm) lenses as options to suit your specific requirements.