LONGER Ray5 10W Laser Engraver & Cutter with 3.5" Touch Screen, 0.06mm Spot, 10000mm/min Speed, Offline CNC Engraving Machine for Wood, Metal, Acrylic, and Glass

Overview

The LONGER Ray5 is a laser engraver and cutter that combines a 10‑watt laser source with a compact design suitable for a range of materials. It features a 3.5‑inch touchscreen for direct user interaction and operates in an offline CNC mode, allowing the machine to function without an active network connection.

Laser Power and Spot

At the core of the machine is a 10‑watt laser module. The laser is engineered to produce a spot size of 0.06 millimetres, a measurement that reflects the diameter of the beam focus on the workpiece. This level of precision enables detailed engraving of fine lines and small characters.

Speed and Precision

The Ray5 offers a linear engraving speed of 10,000 millimetres per minute. This speed value indicates how fast the laser head travels over the workpiece during operation. The combination of high speed and a small spot size provides a balance between productivity and detail.

Touchscreen Interface

Control of the engraver is facilitated through a 3.5‑inch touch screen. The interface displays settings for power, speed, and other parameters. The screen allows the operator to load artwork, adjust settings, and monitor the status of the engraving process directly on the machine.

Offline CNC Operation

The device is described as an offline CNC engraving machine. This means the control system processes G‑code instructions without requiring an active internet connection. The machine’s firmware interprets the code locally, enabling reliable operation in environments where connectivity is limited or unavailable.

Suitable Materials

The Ray5 is intended for use with several common substrates. The product information lists wood, metal, acrylic, and glass as compatible materials. Users can choose the appropriate power and speed settings for each material to achieve effective engraving or cutting.

Material Considerations

• Wood: The laser can burn or mark surfaces, depending on power and speed.
• Metal: Laser interaction with metal typically involves ablation; appropriate settings must be selected to avoid excessive heat.
• Acrylic: Acrylic surfaces can be etched or cut, with careful adjustment of the laser output to avoid clouding.
• Glass: Engraving on glass requires precise power control to achieve visible marks without cracking.

Safety and Use Considerations

Operating any laser device involves potential hazards. The Ray5’s design includes built‑in safety measures such as an enclosure and interlocks. Operators should follow standard laser safety practices, including the use of appropriate eye protection and ventilation when working with materials that produce fumes.

Setup and Workflow

Beginning a project on the Ray5 involves several steps. First, the operator prepares the design file, typically in a vector format. Next, the file is transferred to the machine’s controller, either via a USB drive or a direct connection if available. The touchscreen is then used to import the file, set the laser power, define the speed, and select the workpiece material. Once the parameters are confirmed, the machine is positioned, the workpiece is secured, and the engraving process is initiated from the touchscreen interface.

Maintenance Overview

Routine maintenance ensures consistent performance. Key tasks include cleaning the laser optics to maintain focus and clarity, checking the alignment of the laser head, and inspecting the mechanical components for wear. The machine’s firmware may provide diagnostic messages that alert the operator to issues such as misalignment or power fluctuations.

Conclusion

The LONGER Ray5 provides a set of features that cater to hobbyists and professionals working with laser engraving and cutting. With its 10‑watt power, 0.06‑millimetre spot, 10,000 millimetres per minute speed, a 3.5‑inch touchscreen interface, and offline CNC capability, the machine offers a streamlined workflow for creating detailed marks on wood, metal, acrylic, and glass. By following recommended setup procedures and maintenance practices, users can achieve reliable results while respecting the safety precautions associated with laser equipment.