co2 Laser Engraving Cutting Machine Leather Shoes Cut cnc Laser Cutter Machine For Small Craft Making

The machine is optimized for non-metallic materials including leather, fabric, rubber, foam, acrylic, wood, MDF, paper, stone (surface engraving), and glass (surface engraving). Avoid cutting materials that contain chlorine (e.g., PVC/vinyl) or highly reflective metals—these can produce toxic gases or damage the laser tube.

Multiple working areas are offered: 600×400 mm (standard), 900×600 mm, 1300×900 mm, 1400×900 mm, and 1600×1000 mm. Laser power is customizable—common options include 60W, 80W, 100W, 130W up to higher CO2 glass tube options (up to ~300W) depending on the model and your needs. Contact the seller for exact model/power combinations.

Typical cutting thickness is up to 10 mm for leather and fabrics and up to 8 mm for rubber/PU, depending on laser power and number of passes. Engraving depth depends on material and settings; perform tests to determine optimal parameters.

Engraving speed is adjustable (commonly 0–1000 mm/s, up to 1200 mm/s on some configurations) and cutting speeds typically range up to 500 mm/s. Positional precision is approximately ±0.01 mm, depending on model and maintenance.

The machine is compatible with popular design packages such as CorelDRAW, AutoCAD and LightBurn. Supported file formats typically include DXF, SVG, AI, PLT as well as common raster formats (BMP, JPG, PNG). Confirm exact supported formats with your supplier or software version.

Standard inclusions are the CO2 laser tube, water cooling system, air-assist pump (air blowing), and exhaust fan. The standard package may also include a control system and basic tooling; optional extras (see below) are not always included.

Optional upgrades may include a red dot pointer for easy positioning, motorized up-down worktable, rotary attachment for cylindrical items, auto-focus module, and WIFI connectivity for wireless file transfer. Availability depends on the chosen model and vendor.

The unit uses a water cooling system for the CO2 tube (included). An exhaust fan is provided to remove smoke and fumes; it’s essential to use proper ventilation and, for many materials, an external fume extractor or ducting to the outside. Air-assist reduces charring and improves cut quality.

When used with proper safety measures it is suitable for small workshops: always operate with the enclosure and interlocks in place, use appropriate ventilation/fume extraction, never look directly at the laser beam, and follow local fire-safety rules. Ask your supplier for recommended PPE and safety training.

Yes — it’s well suited for shoe components: cutting patterns, perforations, logos, and surface engraving on leather and synthetic materials. For full shoe manufacturing workflows, combine the cutter with pattern fixtures and test settings for each material to optimize quality and yield.

Regular maintenance includes cleaning lenses and mirrors, checking alignment, replacing water and keeping it clean, inspecting belts and rails, and cleaning the workbed and exhaust. Laser tube life varies by type, power and usage—ask the seller for expected working hours and spare part options. Keep a maintenance log and follow the supplier’s maintenance schedule.

Standard connection methods typically include USB cable/USB disk and a PC connection through control software. WIFI or network connectivity may be available as an optional upgrade; confirm with the seller.

Many suppliers provide setup guides, remote commissioning support, and optional on-site installation and training packages. Warranty, spare parts availability, and response times for service vary—confirm service terms with your vendor before purchase.

Do not cut PVC/vinyl, ABS, or other chlorine-containing plastics (these release corrosive and toxic gases). Avoid highly reflective metals with a CO2 laser as they reflect IR and can damage optics. When in doubt, test a small sample and ensure adequate exhaust and filtration.