Power
Match wattage to material thickness and speed.

Fiber lasers
Compare laser power, cutting capacity, table size, automation, and material requirements before requesting a quote.
Match wattage to material thickness and speed.
Compare bed size, sheet size, and production volume.
Add loading, unloading, tower systems, or storage.
Sheet, tube, structural, or mixed production.
Bodor
Compare sheet laser systems by power, table size, automation options, and production requirements.
Review Bodor sheet laser models for cutting speed, material capacity, bed size, enclosure style, and automation fit.

Enclosed sheet laser for shops that need reliable production cutting, clean operation, and strong all-around performance.

Production-ready fiber laser with pallet exchange, auto-focus cutting support, smart software, and connected machine visibility.

Premium high-precision sheet laser for manufacturers focused on speed, finish quality, and advanced cutting performance.

Compact enclosed sheet laser for shops that need production cutting power in a smaller footprint.

Open-bed sheet laser for shops that want straightforward operation, easy loading, and cost-effective cutting.

Large-format fiber laser for oversized sheets, heavy plate work, and high-capacity cutting applications.
Review loading, unloading, storage, and tower automation options for sheet laser production flow.

Coil-fed laser system for continuous production, less handling, and efficient repeat part cutting.

Automatic sheet loading system that reduces handling and keeps compatible Bodor lasers producing.

Semi-automatic loading assist for shops that want easier material handling without full automation.

Compact storage tower for organized sheet handling, loading, and unloading near the laser.

Fully automated load/unload system built to reduce idle time and increase laser throughput.

Integrated storage and automation system for faster material flow and less manual handling.
FAQ
The right size depends on sheet dimensions, material thickness, nesting strategy, power requirements, part mix, and floor space. Start with your common work, then review occasional maximum requirements separately.
A fiber laser may replace plasma for many sheet metal applications when the shop needs improved edge quality, tighter consistency, less cleanup, or faster processing on suitable material thicknesses.
Automation should be reviewed early if throughput, labor availability, material staging, or future capacity growth are part of the purchase decision.
Fiber lasers are commonly used for mild steel, stainless steel, aluminum, brass, and copper. Exact capability depends on power, machine configuration, assist gas, and material condition.
Financing support may be available for qualified buyers through approved financing partners. Approval, terms, and required documentation depend on the financing provider.
Service, warranty, installation, training, and technical support are coordinated with the manufacturer or authorized provider unless otherwise stated.
Application Review
Send material, thickness, part size, production volume, budget range, and timing. We will help narrow the right machine package for the work your shop needs to run.