High-Performance 130W CO2 Laser Tube for Precision Cutting & Engraving

In the rapidly evolving world of industrial and commercial laser applications, the 130w co2 laser tube stands out as a symbol of technological advancement, offering efficiency, high cutting and engraving precision, and broad compatibility. As industries demand finer details and higher speeds, CO2 laser tubes, particularly the 130w variant, have become the backbone of modern laser processing. This article dives deep into the latest trends, technical parameters, real-world scenarios, and trusted manufacturer information to help users and procurement teams make expert decisions.

Company: HEBEI DINGSHUO GLASSWARE CO., LTD
Website: https://www.dsglassbong.com
Phone: +86-318-4768688
Email: yws@hbdsglass.com
Mobile: +8613253268926
Address: Jianqiao Township, Fucheng County, Hengshui City, Hebei Province, China

High-Performance 130W CO2 Laser Tube for Precision Cutting & Engraving

1. Industry Trends for 130w CO2 Laser Tubes

The global laser processing market has seen continuous growth driven by automation, advancements in industrial manufacturing, and customization demands. According to Laser Focus World and Industrial Laser Solutions (source), the demand for high-power and efficient laser tubes, like 130w co2 laser tube, is especially high in:

Cutting and Engraving: Wood, acrylic, glass, and leather industries.
Metal Marking: Certain metal types with pre-treatment using metal tube lasers.
Automotive and Electronics: Component precision marking and micro-processing.
Advertising & Crafting: Acrylic sign making, model building, and custom artworks.
Packaging Solutions: Flexible marking/engraving for paper, plastics, foils.

With trends leaning towards energy-efficiency and cost effectiveness, sealed CO2 laser tubes, particularly in the 130w class, are preferred for their stable output and long service life. The replacement rate, ease of installation, and wide material compatibility also indirectly affect purchase decisions (read more).

2. Product Overview: HLC Laser Tuber 130W Sealed CO2 Laser Tube

As one of the outstanding suppliers from China, HEBEI DINGSHUO GLASSWARE CO., LTD presents the HLC Laser Tuber 130W Sealed CO2 Laser Tube — a solution balancing industrial power, reliability, and longevity.
See product page: 130w co2 laser tube

Brand Name: DINGSHUO LASER
Model: HLC LASER TUBER
Laser Type: Sealed CO2 laser tube
Power: 130W
Diameter: 80mm ±2mm
Length: 1690mm
Wavelength: 10.6μm
Weight: 3.8KG
Warranty: 18~20 months
Condition: New
Material Compatibility: Acrylic, Crystal, Glass, Leather, MDF, Metal, Paper, Plastic, etc.
Packaging: Safety Foam + Carton + Optional Wooden Box

3. Key Technical Parameters Comparison Table

Model	Output Power	Length	Diameter	Wavelength	Weight	Warranty	Material Compatibility
HLC LASER TUBER 130W	130W	1690mm	80mm ±2mm	10.6μm	3.8KG	18~20 months	Acrylic, Crystal, Glass, Leather, MDF, Metal, Paper, Plastic...
Standard 100W Tube	100W	1450mm	80mm	10.6μm	3.4KG	12~16 months	Acrylic, Glass, Leather, MDF, Paper, Wood
Typical Metal Tube	130W (Pulsed)	1200mm	60mm	10.6μm	5KG	24 months	Metal, Acrylic, Glass, Leather
Generic Glass Tube	120W	1600mm	80mm	10.6μm	3.7KG	14~18 months	Acrylic, Glass, Leather, Paper, MDF

4. Typical Application Scenarios of 130w CO2 Laser Tube

Industrial Engraving: Fast, deep engraving on acrylic, MDF, and leather products used in signage, model building, and packaging.
Precision Cutting: Automotive and advertising industries for acrylic and plastic component cutting.
Glass and Crystal Etching: Highly detailed artisan crafts and personalized goods.
Metal Tube Laser Use: Marking and light engraving on treated metals, especially in electronics and control panels.
Textile & Paper Processing: Cutting intricate patterns for fashion, home décor, and prototyping.
Replacing Laser Tube in Equipment: Smooth upgrade and replacement for older machines; ensures consistent performance for manufacturing lines.

5. EEAT: Expertise, Authoritativeness, and Trustworthiness

HEBEI DINGSHUO GLASSWARE CO., LTD draws on years of expertise in glass and laser technology, ensuring every 130w co2 laser tube meets rigorous industry standards. Numerous positive customer reviews and case studies across industry forums reinforce their trustworthiness (CNCZone; Sawmill Creek).

Product design and technical testing adhere to international benchmarks set by laser manufacturing organizations. The company maintains strict quality controls, and warranty periods surpass those of many generalist manufacturers. For example, the HLC Laser Tuber 130W offers up to 20 months of warranty, with traceable production, packaging, and aftersales documentation.

6. Replacing Laser Tube: Practical Guide

Confirm Compatibility: Ensure your equipment supports 130w co2 laser tube specifications (length, diameter, power).
Turn Off & Discharge: Power down, discharge the high-voltage circuit to prevent electrical hazards.
Careful Removal: Loosen clamps and disconnect water cooling lines gently. Old tube can be fragile, especially glass models.
Mounting New Tube: Use proper supports to avoid stress; ensure water lines and electrical terminals are connected and leak-free.
Alignment: Utilize a red dot aid and calibration tools so the beam passes precisely through all mirrors and lens centers.
System Test: Start with low power test pulses to verify output, cooling, and stability.
Final Check: Monitor for at least one hour of operation for leaks, misalignment, or overheating.

For more technical details, always refer to the machine manufacturer's installation standards and follow industry recommended guidelines.

7. Professional FAQ: 130w CO2 Laser Tube Terms

Q1: What is the core material of the HLC Laser Tuber 130W Sealed CO2 laser tube?

A1: It is fabricated from high-purity glass and carefully sealed with specialized electrodes to ensure gas integrity, maximizing both efficiency and lifetime.

Q2: How does its wavelength (10.6μm) affect application?

A2: Most non-metallic materials, like acrylic, wood, and glass, absorb this wavelength efficiently, making it highly effective for engraving and cutting (LIA.org).

Q3: What is the standard installation clearance for a 130w co2 laser tube?

A3: Typically, at least 3-5cm on all sides for optimum air flow and vibration resistance. Ensure alignment with the mounting axis.

Q4: What is the effect of laser tube diameter (80mm ±2mm)?

A4: Larger diameter tubes handle better cooling and more precise gas distribution, which supports stable high-power output.

Q5: Can the 130w co2 laser tube be used for thin metal cutting?

A5: It is primarily designed for non-metallics. For metal, results are limited unless using special coatings or pre-treatment (Laser Systems Europe).

Q6: How long does the warranty cover?

A6: The HLC Laser Tuber 130W offers 18~20 months, surpassing most standard tubes.

Q7: What is the typical replacement cycle?

A7: With proper cooling and maintenance, users commonly achieve 3000-5000 working hours before replacement is needed (see forum reference).

8. Why Choose DINGSHUO LASER for Your 130w CO2 Laser Tube?

Industry Experience: Over a decade serving international markets – from OEMs to end-users.
Custom Solutions: Variants available for specialized industries, packaging options for safe global shipping.
Comprehensive Service: Pre-sales technical consulting, installation support, and aftersales guidance included.
Global Trust: Widely reviewed, trusted in forums and by academic journals for consistent product quality and technical innovation.

For tailored procurement, large orders, or technical queries, please contact yws@hbdsglass.com or +86-318-4768688.