Creality : CR- Falcon 5W Laser Engraver & Cutter
Rs. 17,449
- The Creality CR-Laser Falcon Laser Engraver is a desktop laser engraving machine with a 5W laser power output. It is capable of engraving a wide range of materials such as wood, leather, acrylic, ceramics, and paper as well as it engraves obvious patterns on objects as hard as stainless steel. It has a wide engraving area of 400 x 415 mm workspace and can achieve a resolution of up to 0.06 mm.
DOWNLOAD BROCHURE
Detail
| Spot Size : | 0.1 mm |
| Engraving Depth : | 0-3 mm |
| Cutting Thickness : | 0-5 mm |
| Laser Wavelength : | 450±5 nm |
| Engraving Precision : | 254 dpi |
| Engraving Speed : | Max. 10000 mm/min |
| Engraving Area : | 400*415 mm |
| Light Source : | Semiconductor Laser |
| Input Voltage : | 100~220 V 47~63 Hz |
| Output Voltage : | 24 V DC |
| Slicing File Format : | svg，png，jpg，jpeg，bmp，dxf |
| Slicing Software : | CrealityLaser, LaserGRBL, LightBurn |
| Engraving File Format : | .gcode (after slicing) |
| Support OS : | Windows/MacOS |
| Applicable Materials : | Cardboard, wood, bamboo clappers, rubber plate, leather, fabric, acrylic, plastic, metal |
| Net Weight : | 3.2kg |
| Gross Weight : | 4.8kg |
- Quick Focusing - Time saving and easy to handle. The focusing system is comprised of a fixed-focus lens and a focusing facilitator. Slide down the facilitator for fast focusing and uplift it once the focusing is finished.
- Durable and Stable - Anodized aluminum alloys, L-shape silicone footpads and an 8 mm steel rail ensure precision and smooth movement.
- Create in a Balanced Way - A built-in leveler prevents from losing, and it is set for measuring whether the machine is properly placed.
- Create Artwork on Multiple Materials:
- Graphic engraving modes: contour, grayscale, black & white
- Flexible materials: paper, cotton, leather, fabric
- Materials of general hardness: wood, PVC, bamboo, acrylic, plastic
- Materials of high-hardness: matte stainless steel, metallic painted surface, anodized surface, electro-wing surface, dark metallic surface