Resources
In-depth buying guides, material-by-material cutting guides, and industry application notes for fiber laser and CNC cutting equipment.
Buying & Pricing Guides
Start here if you're comparing machines, budgets, or suppliers before narrowing down to a specific material or application.
Fiber Laser Cutting Machine Buying Guide & Specifications
The buyer's checklist, a side-by-side specification comparison of every PCL Group product line, and a plain-language specifications glossary.
Read GuideFiber Laser Cutting Machine by Production Scale: Job Shop to Mass Production
Sizing a fiber laser cutting machine for prototyping, job-shop production, or high-volume mass production -- and how to scale up without overbuying.
Read Guide
Fiber Laser Cutting Machine Cost & Pricing Guide
What actually drives fiber laser cutting machine cost: power, worktable size, automation, energy consumption, consumable parts, and warranty terms -- no fabricated price lists.
Read Guide
Fiber Laser Cutting Machine Features & Options Explained
What CNC control, automatic feeding, chiller cooling, fume extraction, nesting software, pallet changers, enclosures, and rotary axis attachments actually do -- and which ones your shop needs.
Read GuideFiber Laser Cutting Machine Manufacturer, Supplier & Price Guide
What to actually check before buying from any fiber laser cutting machine manufacturer or supplier, and how PCL Group's own manufacturing and export process works.
Read GuideFiber Laser Cutting Machine Price by Power: 500W to 30000W
What actually drives price at every power tier from 500W to 30,000W -- worktable size, automation, and source brand, not just the power number.
Read GuideCutting by Material
Power tiers, thickness capacity, and assist-gas choices differ by material -- find the guide for the metal you actually cut.
Fiber Laser Cutting Machine for Alloy Steel: Complete Guide (2026)
Oxygen-cut alloy steel (4140, 4340) with a fiber laser: power tiers, thickness capacity, and why higher alloy content changes pierce time versus plain carbon steel.
Read GuideFiber Laser Cutting Machine for Aluminum Alloy: Complete Guide (2026)
Fiber laser cutting for structural aluminum alloys like 6061-T6 and 7075: power tiers, thickness capacity, nitrogen assist gas, and avoiding edge micro-cracking on high-strength grades.
Read GuideFiber Laser Cutting Machine for Aluminum: Complete Guide (2026)
Nitrogen-cut aluminum with a fiber laser: power tiers by thickness, why reflectivity matters for machine selection, and real running-cost drivers for 5052, 6061, and similar grades.
Read GuideFiber Laser Cutting Machine for Brass: Complete Guide (2026)
Nitrogen-cut brass with a fiber laser: power tiers, thickness capacity, and the conservative parameter tuning C260/C360 sheet needs to avoid bottom-edge dross.
Read GuideFiber Laser Cutting Machine for Carbon Steel: Complete Guide (2026)
Oxygen-cut carbon steel (Q235, A36) with a fiber laser: power tiers, thickness capacity, real running cost, and what the oxide scale layer means for weld prep or painting.
Read GuideFiber Laser Cutting Machine for Copper: Complete Guide (2026)
Fiber laser cutting for copper (C110 and similar): power tiers, thickness capacity, and why copper needs meaningfully more laser power than steel of the same gauge.
Read GuideFiber Laser Cutting Machine for Galvanized Steel: Complete Guide (2026)
Oxygen-cut galvanized steel with a fiber laser: power tiers, thickness capacity, and the real fume-extraction requirements for cutting zinc-coated sheet safely.
Read GuideFiber Laser Cutting Machine for Mild Steel: Complete Guide (2026)
Oxygen-cut mild steel (low-carbon steel) with a fiber laser: power tiers, thickness capacity, real running cost, and nesting practices that avoid heat distortion on thin sheet.
Read GuideFiber Laser Cutting Machine for Sheet Metal: Complete Guide (2026)
Fiber laser cutting across mixed sheet-metal job mixes: power tiers, thickness capacity, and sizing power and gas delivery for shops that run more than one material.
Read GuideFiber Laser Cutting Machine for Stainless Steel: Complete Guide (2026)
Nitrogen-cut stainless steel (304, 316, 201) with a fiber laser: power tiers, thickness capacity, and why gas choice affects edge color and finish consistency.
Read GuideFiber Laser Cutting Machine for Tin Plate: Complete Guide (2026)
Fiber laser cutting for tin plate and coated thin steel: power tiers, thickness capacity, and how the tin coating changes assist-gas plume behavior versus bare steel.
Read Guide
Fiber Laser Cutting Machine for Titanium: Complete Guide (2026)
Argon-cut titanium (Grade 2, Grade 5/Ti-6Al-4V) with a fiber laser: power tiers, thickness capacity, and the fire-safety assist-gas coverage titanium cutting requires.
Read GuideCutting by Industry
How fiber laser cutting is actually used across different manufacturing sectors, from aerospace to HVAC.
Fiber Laser Cutting Machine for Electrical Enclosure Manufacturing
Fiber laser cutting for electrical enclosure manufacturing: copper and sheet-steel thickness capacity, precision cutout tolerances, and machine sizing for panel and busbar production.
Read Guide
Fiber Laser Cutting Machine for Furniture Making
Fiber laser cutting for furniture making: mild steel thickness capacity, running-cost drivers, and why cut-edge cleanliness matters before powder coating.
Read GuideFiber Laser Cutting Machine for Hardware Manufacturing
Fiber laser cutting for hardware manufacturing: brass thickness capacity, tight-tolerance small-parts cutting, and machine sizing for high-mix, high-volume production.
Read GuideFiber Laser Cutting Machine for Kitchenware Manufacturing
Fiber laser cutting for kitchenware manufacturing: stainless steel thickness capacity, nitrogen-cut finish quality, and machine sizing for food-grade equipment fabrication.
Read GuideFiber Laser Cutting Machine for Metal Fabrication Shops
Fiber laser cutting for metal fabrication job shops: carbon steel thickness capacity, running-cost drivers for mixed-order production, and machine sizing from single-operator shops to multi-shift floors.
Read GuideFiber Laser Cutting Machine for Sheet Metal Fabrication
Fiber laser cutting for sheet metal fabrication: thickness capacity across mixed job mixes, nesting efficiency for high-volume production, and machine sizing by shop scale.
Read GuideFiber Laser Cutting Machine for Advertising and Signage Industry
Fiber laser cutting for advertising and signage: aluminum alloy thickness capacity, lightweight panel cutting, and machine sizing for custom sign fabrication shops.
Read GuideFiber Laser Cutting Machine for Aerospace Industry
Fiber laser cutting for aerospace parts: titanium thickness capacity, argon assist-gas safety, and the precision aerospace buyers actually need from a configuration.
Read Guide
Fiber Laser Cutting Machine for Automotive Industry
Fiber laser cutting for automotive production: aluminum thickness capacity, robotic 3D cutting for chassis and exhaust components, and running-cost drivers at high-volume output.
Read Guide
Fiber Laser Cutting Machine for Elevator Industry
Fiber laser cutting for elevator manufacturing: stainless steel thickness capacity, cabin panel finish quality, and machine sizing for elevator component fabrication.
Read GuideFiber Laser Cutting Machine for HVAC Industry
Fiber laser cutting for HVAC ductwork and equipment: galvanized steel thickness capacity, fume-extraction requirements for zinc coating, and running-cost drivers for duct fabrication.
Read Guide
Fiber Laser Cutting Machine for Shipbuilding Industry
Fiber laser cutting for shipbuilding: heavy carbon steel plate thickness capacity, running-cost drivers, and machine sizing for hull and structural component fabrication.
Read GuideProcess Comparisons
How fiber laser cutting stacks up against plasma and waterjet cutting, material by material.
Fiber Laser Cutting Machine vs. Plasma Cutting: Full Comparison
An honest, material-by-material comparison of fiber laser cutting vs. plasma cutting -- edge quality, thickness range, running cost, and where each process actually wins.
Read GuideFiber Laser Cutting Machine vs. Waterjet Cutting: Full Comparison
An honest, material-by-material comparison of fiber laser cutting vs. waterjet cutting -- edge quality, thickness range, running cost, and where each process actually wins.
Read GuideTube & Pipe Cutting Guides
Buying, sizing, and material guides specific to fiber laser tube and pipe cutting machines.
Fiber Laser Tube Cutting Machine: Buying Guide, Price & Specs
A tube-specific buyer's checklist -- chuck length, small-diameter handling, automatic loading racks -- plus what actually drives tube machine price.
Read GuideFiber Laser Tube Cutting Machine by Industry
Tube laser cutting in furniture making, handrail and railing fabrication, automotive chassis/exhaust work, and fitness equipment manufacturing.
Read GuideFiber Laser Tube Cutting Machine: Materials & Power Guide
Which tube materials and power tiers are published vs. quoted per job, the 3-in-1 sheet-and-tube combo, and real diameter, wall thickness, and nesting figures.
Read Guide
Fiber Laser Tube Cutting Machine: Round, Square, Rectangular & Oval
How round, square, rectangular, and oval tube cutting actually differ in chuck design, motion control, and cycle time -- and how to choose the right shape.
Read GuideInstallation, Training & Maintenance
What to expect after you buy: site prep, operator training, safety practices, and keeping the machine running.
Fiber Laser Cutting Machine Installation, Training & Safety Guide
Site preparation, installation and commissioning, operator training, and the safety practices that actually matter on the shop floor.
Read GuideFiber Laser Cutting Machine Maintenance, Troubleshooting & Software Guide
Software workflow, a maintenance routine worth following, and a troubleshooting table for the most common fiber laser cutting problems.
Read GuideExplore Products by Type
Not Sure Which Machine Fits Your Job?
Tell our engineering team your material, thickness, and target output, and we'll help you find the right configuration.
Talk to Our Engineering Team