Cloudray RECI CO2 Laser Tube or Cloudray Fiber Laser Safety Enclosure? Which Cloudray Model to Buy
As an Amazon Associate we earn from qualifying purchases. Links on this page are affiliate links.
You are looking at cloudray reci co2 laser tube vs fiber laser safety enclosure. Both items come from Cloudray, but they serve very different roles in a laser setup. One is the core light source for engraving, while the other is a protective housing for marking machines. You need to understand what each component does before buying. This guide compares their specs to help you decide which part fits your current machine or project needs.
Key differences
| Aspect | Cloudray 90W-100W CO2 Laser Tube | Cloudray Fiber Laser Safety Enclosure |
|---|---|---|
| Laser Type | CO2 | Fiber |
| Laser Power | 90-100W | not listed |
| Primary Function | Light source replacement | Protective enclosure |
| Compatible Machine | CO2 laser systems | LiteMarker 800mm Lift |
| Material | Glass tube | Aluminum alloy and acrylic |
Which one should you choose?
Choose Cloudray 90W-100W CO2 Laser Tube if
- You need to replace a worn-out laser tube in your CO2 engraver.
- You require a 90W to 100W glass tube for industrial engraving tasks.
- You are upgrading the core light source for better stability and lifespan.
Choose Cloudray Fiber Laser Safety Enclosure if
- You own a LiteMarker series fiber laser with an 800mm lift column.
- You need a protective housing to shield your machine from dust and debris.
- You want to install a smoke outlet and magnetic door for safer operation.
Verdict: Choose the CO2 tube if you need to repair or upgrade the light source of an engraving machine. Choose the safety enclosure if you need to protect a fiber laser marking system and improve workspace safety. These are distinct components for different machine types.
Core Component vs Safety Housing
Laser Type
Product A is a CO2 laser tube, specifically the Cloudray 90W-100W CO2 Laser Tube. It uses glass technology to generate the laser beam. Product B is a fiber laser safety enclosure. It is not a laser source but a protective housing designed for fiber laser marking machines. The two items use completely different laser technologies. One generates light, while the other contains it. You cannot swap their functions. The CO2 tube is the active component for engraving. The enclosure is a passive safety accessory for fiber systems.
Laser Power
Product A has a rated power of 90 to 100 watts. This power level determines the speed and depth of your engraving or cutting. It is a high-performance light source for industrial needs. Product B does not have a laser power rating. It is an enclosure, so it does not produce any laser energy. It simply surrounds the machine. If you need cutting power, Product A provides the necessary wattage. Product B offers no power output. It relies on the machine it houses to provide the actual laser energy for your work.
Form Factor
Product A is a long glass tube. Its dimensions are 1240mm in length and 80mm in diameter. It weighs 8 kilograms. It is a slender component that fits inside a laser machine chassis. Product B is a large box-like structure. Its size is 15.6 by 14.6 by 33.6 inches. It weighs 30.8 pounds. It is a standalone enclosure with an aluminum frame and acrylic body. You place the machine inside Product B. You install Product A inside the machine. Their physical forms serve opposite purposes in the setup.
Features
Product A includes a removable laser lens cover for easy cleaning. It is tested before shipping to ensure safety. It offers a lifespan of 10000 hours. Product B features a magnetic lock door and a 65mm smoke outlet. It includes a viewing window and an organ dust cover. It is designed for fast installation. The enclosure connects to fume extractors. Product A focuses on optical performance and longevity. Product B focuses on ventilation, safety, and ease of setup. Both have distinct feature sets tailored to their roles.
Compatibility
Product A is compatible with glass as a compatible material for the tube itself. It is designed to upgrade engraving technology in CO2 systems. You must check your machine's voltage and current requirements. Product B is specifically designed for the LiteMarker series fiber laser marking machines with an 800mm lift column. It is not compatible with CO2 machines. You cannot use Product B with Product A. They belong to different ecosystems. One is for CO2 upgrades, and the other is for fiber marking safety.
Which Cloudray Laser Part Fits You
Users needing a replacement CO2 light source
You need the core component to generate the beam. This 90-100W tube features a 1240mm length and 80mm diameter. It offers a 10,000-hour lifespan for stable operation. The removable lens cover simplifies maintenance. Choose this if your existing tube is dead or you are building a new CO2 system.
Owners of LiteMarker fiber machines wanting safety
You already have a fiber laser and need protection. This enclosure fits the LiteMarker 800mm lift column. It uses an aluminum frame and acrylic body. The OD6 PMMA window protects your eyes. A 65mm smoke outlet connects to extractors. Pick this to create a safer, cleaner workspace.
Builders upgrading to high-power industrial engraving
You are upgrading your machine's power output. This tube delivers 90-100W for better efficiency. The glass construction ensures consistent performance. It weighs 8 kilograms and fits standard setups. The tested quality reduces downtime. Select this product if your goal is increased engraving speed and depth.
The products compared
Cloudray 90W-100W CO2 Laser Tube
Best for: upgrading existing CO2 laser systems
- Laser Type
- CO2
- Laser Power
- 90-100W
- Compatible Material
- Glass
- Dimensions
- 55.1 × 10.6 × 11.4 inches
- Weight
- 8 kilograms
View on Amazon: Cloudray 90W-100W CO2 Laser Tube Affiliate link
This Cloudray RECI CO2 laser tube delivers 90-100W of power for industrial-grade engraving. The glass tube measures 1240mm in length with an 80mm diameter. It offers a 10,000-hour lifespan to reduce downtime. The removable lens cover allows for easy cleaning without exposing the output lens. It is designed for users needing stable, high-efficiency performance in CO2 laser systems.
Pros
- Rated power of 90-100W for high efficiency
- 10,000-hour lifespan ensures long-term reliability
- Removable lens cover simplifies maintenance
- Pre-tested before shipping for safety
Cons
- Glass construction requires careful handling
- Heavy weight of 8 kilograms complicates installation
- No included power supply or cooling system
Good fit if
- You need a high-power replacement tube for existing systems
- You value a long operational lifespan for industrial use
- You prefer easy access to the lens for cleaning
Skip if
- You require a fiber laser source for metal engraving
- You need a complete enclosed machine rather than a component
- You are looking for a lightweight, portable laser unit
Verdict: Cloudray RECI CO2 Laser Tube 100W is a robust replacement component for users upgrading to 100W power. It fits best for those prioritizing lifespan and maintenance ease in fixed installations.
Cloudray Fiber Laser Safety Enclosure
Best for: LiteMarker fiber laser marking machines with 800mm lift column
- Laser Type
- Fiber
- Features
- Enclosure
View on Amazon: Cloudray Fiber Laser Safety Enclosure Affiliate link
This Cloudray enclosure protects fiber laser marking machines with an 800mm lift column. It measures 15.6 × 14.6 × 33.6 inches and weighs 30.8 pounds. The unit features an aluminum alloy frame and an acrylic body with an OD6 PMMA safety window. A 65mm smoke outlet allows connection to a fume extractor or air purifier. It includes a magnetic lock door and organ dust cover for quick installation.
Pros
- Specially designed for LiteMarker series fiber laser marking machines with 800mm lift column
- Built with a strong aluminum alloy frame and durable acrylic main body
- Equipped with a 65mm smoke outlet for connecting to fume extractors
- Includes an OD6 PMMA safety window for reliable laser protection
Cons
- Limited to machines with an 800mm lift column
- Acrylic main body may be less durable than metal alternatives
- Requires separate purchase of a fume extractor or air purifier
Good fit if
- You own a LiteMarker fiber laser marking machine with an 800mm lift column
- You need a compact enclosure for a small workspace
- You want a quick installation without complicated setup
Skip if
- Your laser marking machine has a lift column larger than 800mm
- You require a fully enclosed metal cabinet for heavy industrial use
- You need a unit with a built-in fume extraction system
Verdict: Cloudray Fiber Laser Safety Enclosure is a practical protective cover for LiteMarker fiber laser marking machines with an 800mm lift column. It offers reliable safety features and easy ventilation setup for small-scale marking operations.
Specifications side by side
| Spec | Cloudray 90W-100W CO2 Laser Tube | Cloudray Fiber Laser Safety Enclosure |
|---|---|---|
| Laser Type | CO2 | not stated |
| Laser Power | 90-100W | not stated |
| Compatible Material | Glass | not stated |
| Features | not stated | Enclosure |
| Dimensions | 55.1 × 10.6 × 11.4 inches | not stated |
| Weight | 8 kilograms | not stated |
| Size | 90-100W 1240mm | not stated |
| Color | Transparent | not stated |
| Model | W2:90-100w Dia:80mm L:1240mm | FM14LPCF800V2-01USCloudray |
Frequently asked questions
Can I use the Cloudray fiber laser safety enclosure with a CO2 laser machine?
No, that enclosure is designed specifically for LiteMarker fiber laser marking machines. It fits models with an 800mm lift column. The CO2 laser tube is a separate component for generating light. You cannot mix these items because they serve entirely different functions in a laser setup.
What is the physical size of the Cloudray 90-100W CO2 laser tube?
The tube measures 1240mm in length with an 80mm diameter. In imperial units, it is 55.1 inches long and 10.6 inches wide. The height is 11.4 inches. It weighs 8 kilograms. These dimensions ensure it fits standard CO2 laser system chassis designed for 90-100W tubes.
Is the Cloudray fiber laser enclosure a laser source itself?
No, it is not a laser source. It is a protective housing for fiber laser marking machines. Its purpose is safety and ventilation. You need a separate fiber laser generator to produce the beam. The enclosure simply surrounds the marking area to protect users from radiation and fumes.
What material is the Cloudray CO2 laser tube made of?
The tube is constructed from glass. It features a transparent color. This glass construction is standard for CO2 lasers, allowing the beam to pass through the gas mixture inside. The transparent design helps you monitor the internal components during operation and maintenance.
Does the Cloudray fiber laser safety enclosure have a specific model number?
Yes, the model identifier is FM14LPCF800V2-01USCloudray. This specific code indicates it is tailored for LiteMarker machines with an 800mm lift column. Using the correct model ensures proper fit and ventilation alignment for your specific fiber laser marking setup.
Who should buy the Cloudray 90-100W CO2 laser tube?
You should buy this if you are upgrading an existing CO2 laser system. It serves as a robust replacement component for users needing 100W power. It is best for fixed installations where you prioritize lifespan and ease of maintenance over portability.
Is the Cloudray fiber laser enclosure suitable for small-scale operations?
Yes, it is practical for small-scale marking operations. It offers reliable safety features and easy ventilation setup. The design supports LiteMarker machines with an 800mm lift column. It provides a contained workspace without requiring a large industrial footprint.