Home Cloudray 40W CO2 Laser Engraver Cutting Machine With 8” X 12” Working Area

Cloudray 40W CO2 Laser Engraver Cutting Machine With 8” X 12” Working Area

SKU: CMJC302040WA-USA
40
People are viewing this right now
Regular price $ 799.00 USD Sale price $ 599.00 USD
25% OFF
Shipping From: USA Warehouse
Add to Wishlist Add to Compare
Shipping calculated at checkout.
Order in the next to get it between and

Safe & secure checkout

Frequently Bought Together

Cloudray 40W CO2 Laser Engraver Cutting Machine With 8” X 12” Working Area
Cloudray CO2 Laser USA CVD ZnSe Meniscus Focus Lens
CO2 Laser Si Reflective Mirror Lens
Cloudray 135W Hailea ACO-009D Air Compressor Pump
Cloudray CW5200 Industrial Water Chiller For 150W CO2 Laser Engraving Cutting Machine
This item: Cloudray 40W CO2 Laser Engraver Cutting Machine With 8” X 12” Working Area
Regular price $ 799.00 USD Sale price $ 599.00 USD
Cloudray CO2 Laser USA CVD ZnSe Meniscus Focus Lens
Sale price $ 10.00 USD
Cloudray CO2 Laser Si Reflective Mirror Lens
Sale price $ 24.00 USD
Cloudray 135W Hailea ACO-009D Air Compressor Pump
Sale price $ 68.00 USD
Cloudray CW5200 Industrial Water Chiller For 150W CO2 Laser Engraving Cutting Machine
Regular price $ 499.00 USD Sale price $ 399.00 USD
Total price:
Regular total price $ 1,400.00 USD Sale total price $ 1,100.00 USD
Cloudray 40W CO2 Laser Engraver Cutting Machine With 8” X 12” Working Area

Cloudray 40W CO2 Laser Engraver Cutting Machine With 8” X 12” Working Area

40W

Laser Power

300mm/s

Max. Engraving Speed

3mm

Max. Engraving Depth

SIDEBAR PRODUCT

Cloudray Official Quality Inspection

(100% brand new original authentic)

Support Shipping Worldwide

Secure payments

Lifetime Tech Support (Specialists)

High-performance Desktop Laser Cutter

The Cloudray 40w engraving machine is a perfect tool for beginners, whether they are individual users or small businesses.
Its user-friendly design makes it easy to operate, allowing newcomers to quickly get started and create their own items.
This cutter features efficient engraving capabilities, enabling fast and precise production, saving users time and effort.

Two-in-one work platform

A two-in-one work platform provides versatility and efficiency by combining two functions or features into one platform.
This innovative design maximizes space utilization, making it ideal for various engraving tasks or environments.

Multifunction laser head

Red dot guidance:
A red dot pointer mounted on the laser head quickly indicates engraving points, marks the machine's path, and identifies positioning sizes, allowing an effortless project setup process.

Digital and Accurate control board

The digital amper emeter and temperature display of the cutter allows for precise control of power and temperature monitoring to ensure engraving quality and prevent overheating, which enhances the longevity of the device and improves the user experience.

Technical Specifications

Laser power Laser Class Max. Engraving Speed Max. Engraving Depth
40 watts 4 300mm/s 3 mm
Working area Z table Dimension Net weight
12"*8"(300*200mm) Manual lower or raise 1.6" 31.5"*20"*10.4" 23kg
Power supply Laser /PC connectivity Os compatibillity Software
AC 115V 60Hz USB connect Windows(32/64 bit) LaserDRW k40 whisper
Warrantly
1 year(6 months for tube)

Material Capability

Engraving Cutting Engraving Cutting
Wood Rubber
Acrylic Foam
Plastic Glass
MDF Metal Coating
Leather Stainless Steel
Paper Aluminium
Cardboard Titanium
Stone Silver
Textile Gold
FAQS
The 40W CO2 laser engraving machine is typically used for cutting and engraving materials such as wood, acrylic, leather, fabric, and various non-metallic materials.
Regularly clean the lenses, adjust and calibrate the focal length, and keep both the interior and exterior of the machine clean to maintain its stable performance.
Always be cautious to prevent electric shock, avoid direct exposure of the focusing lens to the eyes, and ensure proper ventilation for a safe working environment.
Ensure the material is flat, adjust the power, speed, and focal length of the machine to match the material type, conduct test cuts to achieve the best results.
Poor cutting results may be due to issues like focal length errors, insufficient power, dirty lenses, or unsuitable materials, requiring a check and adjustment of the relevant parameters.