Laser Cutting Machinery

Consistent, high quality cuts across thin and thick metals, engineered for accuracy, speed, and reliability.

Nationwide Service. Free Installation. Training Included.

  • USA Service
  • Free Installation
  • Training Included
  • Trusted Guidance
  • Manufacturing Experts

Our Laser Cutting Machinery Is Trusted Across The USA

700+ Installations

Fast Service Response Times

Financing Available

Serving North American Manufacturers

Why Choose Laser Cutting Machinery From Moore Machine Tools

Moore Machine Tools delivers laser cutting machinery engineered for accuracy, speed, and reliability. Designed for fabrication shops and manufacturers, our machines provide consistent, high-quality cuts across thin and thick metals, which helps increase throughput and reduce operating costs. When you choose Moore Machine Tools, you’re partnering with a team that understands industrial laser cutting inside and out.

MasterLine Fiber Laser Machine

Increase ROI With Reliable Laser Cutting Machinery

Our laser cutting machinery handles a wide range of cutting applications, from thin-gauge materials to thick plate. Advanced motion systems and precision optics ensure tight tolerances, smooth edges, and reliable performance across every job.

Thin To Thick Plate

Designed to handle a wide range of cutting applications, from thin-gauge materials to thick plate, with the same consistent accuracy.

Precision Motion & Optics

Advanced motion systems and precision optics ensure tight tolerances, smooth edges, and reliable performance across every job.

USA Support Team

Backed by an expert USA support team, built for long-term performance so your operation runs efficiently and reliably.

Why Fabricators Are Switching To Modern Laser Cutting Machines

Across the industry, fabrication shops are moving away from CO₂ and plasma systems in favor of modern laser cutting machinery because it offers faster and more precise production. This lowers the cost per part and improves part quality. Additionally, laser cutting machinery offers greater versatility across materials. The result of upgrading is a cutting solution that not only improves day-to-day operations but also delivers a strong return on investment over time.

Laser Cutting Machinery Options

Choosing the right laser cutting machinery comes down to power and table size. Use the chart as a starting point, then explore the details for each option.

  • Ideal for light-duty production and thinner materials
  • Best suited for sheet metal typically under 3/16″
  • Lower upfront investment and operating costs
  • Great for small shops, prototyping, and low-volume work
  • Efficient solution for businesses entering laser cutting for the first time
  • Ideal for lighter production environments and thinner materials
  • Excellent for shops cutting primarily sheet metal under 1/4″
  • Lower upfront investment with strong efficiency for small to mid-sized operations
  • Great entry point for shops transitioning from plasma or CO₂
  • A versatile, all-around solution for most fabrication shops
  • Capable of cutting both thin and moderately thick materials with speed and precision
  • Balances performance, cost, and flexibility
  • One of the most popular choices for growing operations
  • Built for high-output, heavy-duty production environments
  • Designed to cut thick materials at significantly faster speeds
  • Maximizes throughput and minimizes cost per part
  • Ideal for shops focused on scaling production and increasing capacity
  • Built for high-output, heavy-duty production environments
  • Designed to cut thick materials at significantly faster speeds
  • Maximizes throughput and minimizes cost per part
  • Ideal for shops focused on scaling production and increasing capacity

Laser Cutting Machinery ROI

Faster cutting, less labor, less waste, and shorter lead times all compound into a stronger return on investment over the life of the machine.

Fiber lasers cut faster than other cutting alternatives. This speed increase allows you to:

  • Produce more parts in less time
  • Take on more jobs
  • Increase overall revenue

With faster cutting speeds and increased automation capabilities:

  • Fewer operators are needed
  • Less manual handling is required
  • Shops can reallocate labor to higher value tasks
The improved tolerance of fiber laser cutting machines allows:

  • Narrow kerf widths that allow tighter nesting
  • More parts per sheet
  • Reduced scrap and improved material utilization

With fiber laser cutting machines improving efficiency, you will have shorter lead times. This means:

  • Happier customers
  • More repeat business
  • Ability to win time sensitive jobs

Industries We Serve

Metal Job Shop: Ultimate Versatility

METAL FABRICATION

Metal fabrication shops are the primary users of laser cutting machinery. They use them to cut sheet metal, plate, and custom parts for a wide variety of customers. Laser cutting machinery allows these shops to increase throughput, reduce material waste, and deliver highly precise parts with minimal secondary finishing.

Aerospace: Precision at Altitude

AEROSPACE

Aerospace companies rely on laser cutting machinery for cutting lightweight, high strength materials like aluminum and titanium. Precision is critical in this industry, and laser cutting machinery provides tight tolerances and clean edges required for structural and safety-critical components.

Automotive: Speed, Repeatability, and Style

AUTOMOTIVE

Automotive manufacturers use laser cutting machinery to cut components such as brackets, panels, and structural parts. The speed of laser cutting machinery supports high volume production environments, while maintaining consistent quality across thousands of parts.

Construction Equipment: Heavy-Duty Durability

CONSTRUCTION

Manufacturers of heavy equipment use laser cutting machinery to cut thick steel components used in machinery like tractors, trailers, and implements. Laser cutting machinery helps improve durability and consistency in parts exposed to harsh environments.

Structural Steel Fabrication: The Backbone of Building

STRUCTURAL STEEL FABRICATION

Laser cutting machinery is used to cut beams, plates, and structural components for buildings and infrastructure. Their ability to handle thick materials with precision helps reduce rework and speeds up project timelines.

Enclosure Systems: Medical and Beyond

Enclosures

Companies producing electrical panels and enclosures use laser cutting machinery to cut precise openings, holes, and panel designs. The accuracy ensures proper fitment of components and reduces the need for manual adjustments.

With over 300 Reviews on Google, you don’t have to take our word for it.

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Michael Gerbers profile picture
Michael Gerbers
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The shop I work at uses Moore to service our press brakes and they are fantastic to work with. Their customer service team is super friendly and helpful and their technicians are amazing. Tanner is always super helpful and makes himself available to call or video chat any time I run into an issue and they're great when they come for our yearly service. Cannot recommend them enough.
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Adrian Castaneda profile picture
Adrian Castaneda
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Moore Machine Tools was very knowledgeable and helpful on the setup of our new Accurl shear. Very good experience with this company.
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Jeremy Williams profile picture
Jeremy Williams
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Our company had a shear installed and these guys came out to get it operational for us. Their service and knowledge was very helpful! They did a great job showing us the ropes of the of the machine. Thank you Clint and Trevor!
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Edward Thompson profile picture
Edward Thompson
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Just had new Accrul brake installed, Technician went through everything we needed to know, we are very pleased with our experience. Thank you.
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Bryan Hall profile picture
Bryan Hall
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Brock our tech was the best. Showed us everything we needed to know to to run our new ACCURL press
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Luke Sutton Jr. profile picture
Luke Sutton Jr.
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Clint did a great job here at PPS! Thanks for everyone hard work and putting the customer first! All around good experience!
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Ryan Bourne profile picture
Ryan Bourne
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Clint did a great job getting our equipment up and going. He was great to work with. Dakota was also a great sales rep! All around I recommend Moore machine to any and everyone. Thanks again guys!
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Dustin West profile picture
Dustin West
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Brock thanks for the training looking forward to running the machine
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Devin Dombrowski profile picture
Devin Dombrowski
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Brock did a great job training. Was really well informed and did a great job explaining everything.
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David Irwin profile picture
David Irwin
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Moore machine is always great. I’ve bought machines from them and received service and they always take care of me.
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Laser Cutting Machine FAQ

Laser cutting machinery uses a high-power fiber laser to cut metal into precise parts for fabrication and manufacturing, engineered for accuracy, speed, and reliability across thin and thick materials.

Laser cutting machinery is designed to handle a wide range of cutting applications, from thin-gauge materials to thick plate, with advanced motion systems and precision optics keeping tolerances tight across the range.

Consistent, high-quality cuts increase throughput and reduce operating costs, while tight tolerances and smooth edges cut down on rework and secondary finishing — all contributing to a faster return on investment.

Laser cutting machinery serves metal job shops, aerospace, automotive, heavy equipment, structural steel fabrication, and enclosure/electrical panel manufacturing — almost any manufacturing cutting application is achievable.

Every purchase is backed by an expert USA-based support team focused on long-term performance, so your operation runs efficiently and reliably after installation.

Fabrication shops are moving away from CO₂ and plasma systems because modern laser cutting machinery offers faster, more precise production that lowers the cost per part, improves part quality, and delivers a strong return on investment.

Advanced motion systems and precision optics ensure tight tolerances and smooth edges, delivering clean, repeatable results even in demanding fabrication environments.

It depends on your material and volume. 4kW and 6kW suit light-duty production and thinner sheet metal. 12kW is a versatile, all-around choice for most shops. 20kW and 30kW+ are built for high-output, heavy-duty production on thick materials.

5′ x 10′ is the industry-standard size for most fabrication shops. 6′ x 12′ suits higher-volume or larger-part production. Large-format systems (8′ x 20′, 10′ x 30′, and beyond) are built for oversized sheets and heavy fabrication.

Consider the material thicknesses you cut most, your required laser power and table size, and your production volume. Moore Machine Tools will match the right laser cutting machinery to your production needs and budget.

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