Looking for the perfect CO2 laser manufacturer in the USA can feel overwhelming. With so many options, how do you know which factory truly delivers quality, reliability, and after-sales support? The right partner makes all the difference—boosting your productivity, ensuring safety, and helping your business grow. Choosing a top manufacturer doesn’t just give you a great machine; it means peace of mind, expert guidance, and long-term value. Ready to make an informed choice?

Discover which USA CO2 laser factories stand out and why in our expert comparison below!

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List of USA CO2 Lasers Manufacturers – Bimedis

Kern Techologies – Industrial CO₂ Lasers

Product Details:
Kern Technologies specializes in high performance mid-infrared (MIR) and near-infrared (NIR) quantum cascade lasers (QCLs) and interband cascade lasers (ICLs) for scientific, industrial, and defense applications. Their products include continuous wave and pulsed QCLs, distributed feedback (DFB) and Fabry-Perot (FP) lasers, as well as OEM and custom modules.

Technical Parameters:
– Wavelength coverage: 3.0 to 13.0 microns (μm), with some products extending to
– Output powers: up to several hundred milliwatts continuous wave (CW)
– Various configurations: DFB, FP, high-power, pulsed, and CW operation
– Cooling options: room temperature or thermoelectrically cooled (TEC) packages

Application Scenarios:
– Gas sensing and environmental monitoring (industrial process control, emissions
– Medical diagnostics and breath analysis
– Defense and security (explosives and chemical detection)
– Scientific research (spectroscopy, remote sensing)

Pros:
– Wide wavelength coverage enabling detection of various molecular species
– High output power and single-mode operation for sensitive, selective detection
– Flexible package types and custom OEM solutions
– Rugged, reliable solutions suitable for laboratory and field use

Cons:
– Specialized technology may require expertise in integration and handling
– Cooling requirements (TEC or similar) may add system complexity

Laser Engineering, Inc – CO2 Innovation, Subscribe

Product Details:
The Aurora MD is a dual delivery isotope CO2 laser system offering up to 30 watts of power, selectable dual beam delivery via articulating arm or UltraLase hollow waveguides. The system features RF excited laser technology with C-13 isotope for a sharp, focused beam, multiple operation modes (continuous wave, pulsed, super pulse), and a large colored HDMI touchscreen interface. It includes a range of ergonomic handpieces (ENT, GYN, robotic guides), various spot sizes, and is designed for multi-specialty surgical applications.

Technical Parameters:
– Power output: 0.5–30 watts
– Wavelength: 11.2 microns (using isotope C-13 CO2)
– Beam geometry: TEM00
– Laser configuration: RF excited ceramic tube
– 12-inch digital touchscreen, self-calibration
– Pulse modes: Continuous, repeat, super pulse (0.5–15 watts)
– Spot size: 0.10 mm with 50mm handpiece, 0.25 mm with 125mm handpiece
– System footprint: 16 x 16 inches, system height 52 inches, weight 130 lbs
– Electrical: 10 AMPS/115 VAC 50/60 Hz 800 VA
– Cooling: Self-contained air-cooled design

Application Scenarios:
– Head and neck procedures
– Gynecology (GYN) surgeries
– Ear, nose, and throat (ENT) surgeries
– General surgical applications requiring precision CO2 laser delivery

Pros:
– Selectable dual beam delivery: articulating arm or hollow waveguide options
– Isotope C-13 CO2 provides highly-focused, stable and safe laser beam (minimizes
– Ergonomically designed handpieces with easy waveguide locking mechanism and
– Large, easy-to-use digital touchscreen with advanced settings and mobile,

Cons:
– System weight may be substantial for some clinical environments (130 lbs)
– Initial investment in specialized handpieces and accessories may add to cost

Laser Cutting and Engraving Equipment – Made in the USA. – Kern Laser S

Product Details:
Kern Laser Systems manufactures large and small format laser cutting and engraving machines in the USA, offering a variety of models including OptiFlex (versatile large format), LaserCELL (enclosed high-performance), FiberCELL (pure metal cutting), EcoFlex (economical large format), Micro (small format), and OptiDual (dual-laser high-production).

Technical Parameters:
– OptiFlex: High performance, large format; capable of cutting and engraving
– LaserCELL: High performance with safety enclosure; enclosed design for operator
– FiberCELL: Pure metal cutter with safety enclosure.
– Micro: Small, flexible format for lower volume or specialized tasks.

Application Scenarios:
– Awards & trophies engraving and cutting.
– Identification labels & nameplates production.
– Commercial signage fabrication.
– Cutting and engraving of materials such as acrylic, metals, wood, leather, foam

Pros:
– Machines designed and manufactured in the USA.
– Wide range of machine sizes and capabilities (small to large format, dual
– Safety enclosures offered for certain models to enhance operator safety.
– Versatile processing of a broad range of materials.

Cons:
– Limited or no technical parameter details (e.g., power, speed, bed size) are
– Model-specific feature differentiation may require further research to select

PRC® Laser Corporation | Industrial Laser

Product Details:
PRC Laser Corporation is the nation’s largest manufacturer of CO2 lasers, offering superior laser technology, industrial laser systems, and welding lasers. They provide a range of laser accessories and supplies, along with 24/7 year-round customer support.

Technical Parameters:
– CO2 lasers with available power levels from 1,000 to 6,000 watts

Application Scenarios:
– Industrial laser systems
– Laser welding applications

Pros:
– Large range of laser power options (1,000–6,000 watts)
– 24-hour customer support, 365 days a year
– Industry-leading provider in CO2 laser manufacturing

Laser Cutting, Engraving & Marking Machines and Equipment

Product Details:
The ULTRA X6000 is a high-accuracy laser material processing system with unmatched capability, controllability, and performance, designed for demanding applications such as manufacturing, prototyping, and R&D. It features patented MultiWave Hybrid technology, laser power optimization, and an integrated, expanding material-processing parameter database. ULS also offers no-cost material testing, seminars, and demonstrations to help organizations assess its suitability.

Technical Parameters:
– Patented MultiWave Hybrid™ technology enables precise matching of laser energy
– Integrated and ever-expanding material processing parameter database for
– Supports sequential and simultaneous operations: high-speed cutting, marking,
– Modular design for maximum versatility across diverse applications and

Application Scenarios:
– Precision manufacturing and industrial applications requiring high accuracy and
– Product prototyping and research & development environments.
– Processing of a broad variety of materials in aerospace, automotive,
– High throughput, multi-operation workflows where fast setup and material

Pros:
– Exceptional accuracy and visibly superior quality, reducing or eliminating the
– Supports processing more materials than ever before with highest part-to-part
– Fast setup, high throughput, and modular system adaptability.
– No-cost services including application testing, training seminars, and live

Cons:
– Specific technical specifications (such as exact power ratings, dimensions, or
– May require custom evaluation or demonstration to assess system fit for highly

Kern Laser Systems, CO2 & Fiber Laser Cutters & Technology

Product Details:
Kern Laser Systems offers a range of large-format CO2 and fiber laser cutting and engraving machines, including OptiFlex, EcoFlex, LaserCell, FiberCell, OptiDual, and Micro models. These systems serve industrial and professional users needing precision laser cutting and engraving solutions for a variety of materials and applications.

Technical Parameters:
– Table sizes range from 24×24 inches to 80×120 inches depending on the model.
– Machine types include both Class I (fully enclosed) and Class IV (open bed)
– Metal cutting options available on most models, with FiberCell offering
– Rotary and K-Vision camera options available on all but EcoFlex model.

Application Scenarios:
– Large-format cutting and engraving of various materials.
– Industrial sheet metal fabrication with fiber laser systems.
– Applications requiring enhanced safety (Class I enclosure).
– Engraving and cutting tasks demanding high productivity and precision.

Pros:
– Wide range of table sizes and configurations for different workflow needs.
– Options for both cost-effective entry-level and high-performance systems.
– Availability of both CO2 and fiber laser technologies for versatile material
– Safety options with Class I fully enclosed machines.

Cons:
– EcoFlex model lacks rotary and camera compatibility as well as metal cutting
– Some advanced features and safety options are not available across all models.

15 CO2 Laser Machine Manufacturers in 2025 – Metoree

CO2 Laser Manufacturers – everything PE – gophotonics.com

Product Details:
CO2 lasers and related photonics components and products directory, featuring a wide range of manufacturers and categories related to lasers and optics.

Pros:
– Large selection with over 85,000 products from nearly 4,000 manufacturers
– Comprehensive directory covering many categories in photonics and laser

Cons:
– Specific technical specifications and features of products are not listed
– Application details and individual product comparisons are not immediately

TEA CO2 Laser | Carbon Dioxide Laser – LightMachinery

Product Details:
LightMachinery offers TEA (Transversely Excited Atmospheric) CO2 Lasers under the IMPACT and LaserMark series for industrial, scientific, and research applications, as well as laser marking and micro-machining. They also provide excimer lasers, custom spectrometers, optics, and contract manufacturing.

Technical Parameters:
– IMPACT series CO2 lasers: IMPACT-2000, IMPACT-3000, and IMPACT-4000 series
– Excimer laser offerings include IPEX-700 and IPEX-800 series.
– Available with supporting spectrometers for laser characterization (e.g.,
– TEA CO2 lasers operate at atmospheric pressure with high peak power pulse

Application Scenarios:
– Surface treatment using laser-based methods.
– Drilling and micro-machining of materials.
– Laser marking and wire stripping.
– Scientific and research applications, including laser characterization.

Pros:
– Multiple series and configurations to suit a range of industrial and research
– High peak power, suitable for precision material processing.
– Integration with advanced spectrometers for enhanced analytical capabilities.
– Customization and contract manufacturing options available.

Cons:
– CO2 and excimer laser products may require advanced technical knowledge for
– TEA CO2 lasers may not be suitable for applications requiring continuous wave

Comparison Table

Frequently Asked Questions (FAQs)

How do I find reputable CO2 laser manufacturers in the USA?
Start by searching online industry directories, reading reviews, and checking for memberships in relevant trade associations. Attending laser technology trade shows and seeking referrals from industry peers can also lead you to reputable manufacturers.

What certifications should a quality CO2 laser manufacturer have?
Look for manufacturers with ISO 9001 certification, which shows commitment to quality management systems. Other important certifications may include CE marking and compliance with FDA regulations for laser equipment.

How do I evaluate a supplier’s technical support and after-sales service?
Ask about the manufacturer’s warranty policies, availability of technical support, and the speed of their response times. Check if they offer on-site installation, training, and have a dedicated team for ongoing customer service.

What questions should I ask about customization options?
Inquire whether they can tailor the laser’s power, bed size, or software integration to your specific needs. Confirm if they have experience with your application and if they provide prototyping or sample processing.

Why is factory location important when choosing a manufacturer?
A USA-based factory often means faster shipping, easier communication, and better after-sale support. Local manufacturers may also offer better compliance with US safety standards and easier factory visits for inspection.