Fiber Laser Cutting Machines
Complete Fiber Cutting Solutions for Modern Fabrication
Industrial Performance. U.S.-Based Support.
Three standard platforms, FC44 · FC105 · FC510, from 1.5 to 6 kW with a MAX or IPG source. Custom configurations are available for application-specific needs.
OMTech Fiber Laser Metal Cutting Machines
Fiber Cutting Platforms
FC44
Compact Industrial Platform
- 51″ × 51″ working area (1300 × 1300 mm)
- 1.5–6 kW, MAX or IPG source
- Safety cover with pull-out platform
As low as *$1,081/MO
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FC105
Open-Frame Production Platform
- 120″ × 60″ working area (3050 × 1530 mm)
- 1.5–6 kW, MAX or IPG source
- Open bed for fast loading and unloading
As low as *$1,081/MO
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FC510
Enclosed Production Platform
- 118″ × 59″ working area (3010 × 1510 mm)
- 1.5–6 kW, MAX or IPG source
- Fully enclosed for safety and containment
As low as *$1,387/MO
Learn MoreAdvanced Production Configurations
FC-105SA
Enclosed with Exchange Table
Fully enclosed 5′ × 10′ cutter with two work tables. While one sheet is cutting, your operator unloads finished parts and loads the next sheet on the other table, so the machine keeps cutting instead of waiting.
Best for: high-volume sheet production.
As low as $1,982/Month
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FC-105T
Sheet + Tube
Open-frame 5′ × 10′ cutter with a rotary tube attachment, so one machine cuts both flat sheet and round or square tube.
Best for: shops that cut sheet and tube parts, like frames, railings and furniture.
As low as $1,874/Month
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FC-105SAT
Enclosed with Exchange Table + Tube
The FC-105SA's enclosure and exchange table, plus a rotary tube attachment.
Best for: production shops that need fast sheet throughput and tube cutting in one machine.
As low as $3,063/Month
Learn MoreCUSTOMIZED SOLUTIONS
Need tube cutting or another application-specific setup? We configure around your production needs.
Request a QuoteFiber Laser Cutting Buying Guide
Explore the technology, understand your production needs, and choose the right laser power for your shop.
PRODUCTION
Why Upgrade to Industrial Laser Cutting?
See why fabrication shops are moving to industrial laser cutting. Explore how workflow, edge quality, and production needs influence the decision to upgrade.
TECHNOLOGY
How Does Fiber Laser Cutting Work?
Understand how a fiber laser cuts metal, what assist gas does, and where the technology fits in metal fabrication. Learn the difference between industrial cutting and laser marking.
POWER SELECTION
Choosing the Right Laser Power
Start with the materials and thicknesses you cut most often. Explore the relationship between laser power, cutting capability, and production speed to help narrow your options.
REQUEST A QUOTE
Summer Hensley
Sales Manager
summer@omtechfibercutter.comExisting customers: support@omtechfibercutter.com
Frequently Asked Questions About Fiber Laser Metal Cutters
Each machine is built to order. Typical lead time is 90 to 120 days from your order.
Three-phase power with a dedicated circuit, clean and dry compressed air (and oxygen or nitrogen if your work needs it), and space and access for the machine. Our Site Readiness Checklist walks you through each item before installation.
A chiller, transformer and exhaust fan, plus on-site installation, operator training and U.S.-based support.
Up to 20 mm (0.79″). Actual capacity varies by material, laser power, assist gas and required edge quality. Tell us what you cut, or send us a sample, and we'll recommend the right power.
2 years, starting when your machine is accepted on site. The laser source warranty follows the source you choose: 2 years for IPG, 1 year for MAX.
Yes. Your operators are trained on the correct settings for reflective metals during installation.
CypCut cutting and nesting software, covered in operator training.
A 50% deposit at order and the balance before shipment.
Yes, through our lender partners. Ask your sales representative for options.
Phone and video support stays free for the life of the machine. On-site service and parts are available at standard rates.