- Power & Configuration Selection Module
Machine Selection & Configuration
A comprehensive guide to selecting the right laser power, bed size, cutting head, focus system, automation level, and nesting software for your production requirements.
- 01 · Power Tiers
- 02 · Bed Size
- 03 · Cutting Heads
- 04 · Focus Systems
- 05 · Automation
- 06 · Nesting Software
01
Power Selection: 1 kW to 40 kW Guide
Laser power directly affects cutting speed, thickness capability, edge quality, and production efficiency. Choosing the right wattage depends on your materials, production volume, and business goals.
Entry-Level
Best For
Thin sheet metal, small workshops, startup units
Materials
Mild Steel ≤6 mm, Stainless Steel ≤4 mm, Aluminum ≤3 mm
Models
APM A Series Fiber Laser Cutter, APM TE Series Laser Cutting Machine
Advantages
- Lower cost
- Energy efficient
- Compact machine footprint
Mid-Range
Best For
Industrial fabrication, electrical panels, automotive, daily production work
Materials
Mild steel up to 16–20 mm, Stainless steel up to 10–12 mm, Aluminum up to 8–10 mm
Models
APM A Series Fiber Laser Cutter, APM TE Series Fiber Laser Machine
Advantages
- Faster speed
- Better productivity
- Ideal balance between cost and performance
High Power
Best For
Heavy fabrication, OEM manufacturing, high-volume production
Materials
Thick mild steel, Heavy stainless steel plates, Aluminum and brass processing
Models
APM A Series High Power Fibre Laser, APM TE Series Heavy Duty Laser Cutter
Advantages
- High-speed thick plate cutting
- Reduced piercing time
- Lower per-part production cost
Ultra High Power
Best For
Shipbuilding, aerospace, large industrial plants, 24/7 operations
Models
APM A Series Ultra High Power Fibre Laser Systems
Advantages
- Extremely fast cutting
- Excellent thick plate capability
- Improved productivity for mass manufacturing
02
Bed Size Selection (3015 to 6025)
The machine bed size determines the maximum sheet size your laser cutter can process.
| SIZE CODE | DIMENSIONS | APPLICATION | COMPATIBLE SERIES |
|---|---|---|---|
| 3015 | 3000 × 1500 mm | Standard fabrication | APM TE Series |
| 4020 | 4000 × 2000 mm | Medium industrial production | APM A Series |
| 6020 | 6000 × 2000 mm | Heavy fabrication | APM A Series |
| 6025 | 6000 × 2500 mm | Large-format cutting | APM A Series High Power |
| 12025 | 12000 × 2500 mm | Large-format cutting | APM A / TE Series High Power |
| 2650 | 26000 × 5000 mm | Extra large-format cutting | APM L Series High Power |
Choosing the Right Bed Size
Small Workshops
3015 machines are ideal for compact spaces and standard sheet sizes.
Industrial Manufacturing
4020 and 6020 machines improve productivity and reduce sheet handling.
Heavy Fabrication
6025 systems are suitable for large structures and oversized components.
Factors to Consider
- Available floor space
- Material sheet dimensions
- Production volume
- Material loading methods
- Future scalability
03
Cutting Head Technologies
The cutting head controls beam delivery, focus accuracy, and cutting performance.
Main Components
Focusing lens
Protective glass
Nozzle
Height sensor
Autofocus system
Standard
Suitable for basic sheet metal processing
High-Speed
Designed for faster acceleration and thin-sheet cutting
Intelligent
Include sensors and real-time monitoring for automatic adjustments
Recommended APM Configurations
-
APM TE Series
Stable standard cutting heads, suitable for daily industrial production
-
APM A Series
Intelligent autofocus cutting heads, high-speed piercing and advanced monitoring
Advanced Features
- Auto-focus control
- Collision protection
- Capacitive height sensing
- Real-time temperature monitoring
04
Auto Focus vs Manual Focus
Focus positioning is critical in laser cutting because it determines energy concentration and edge quality.
Manual Focus
Operator-controlled adjustment
Advantages
- Operator adjusts manually
- Lower machine cost
- Simple operation
Best For
Entry-level APM TE Series
Limitations
- Slower setup
- Less consistency
- Requires skilled operators
Auto Focus
Intelligent automatic adjustment
Key Points
- Automatic adjustment based on thickness
- Real-time optimization
- Faster parameter switching
Best For
APM A Series, High-power TE Series
Advantages
- Higher productivity
- Better edge consistency
- Reduced setup errors
- Faster job changes
05
Automation & Loading Systems
Automation improves productivity, reduces labor dependency, and enables continuous production.
Automatic Sheet Loaders
Automatically load raw sheets into the machine
Unloading Systems
Remove finished parts and scrap efficiently
Tower Storage Systems
Store multiple sheet materials for automated retrieval
Robotic Arms
Used for loading, unloading, and sorting parts
APM A Series Automation Line
- Automatic loading/unloading
- Smart production workflows
- Industry 4.0 compatible
APM TE Series
- Semi-automatic production options
- Compact automation support
Benefits of Automation
- Increased production speed
- Better material utilization
- Reduced manual handling
- 24/7 production capability
- Improved operator safety
06
Nesting Software Integration
Nesting software optimizes part placement on sheets to minimize material waste.
Popular Software:
- SigmaNEST
- Lantek
- CypNest
- RADAN
- Pronest
Material Optimization
Maximizes sheet utilization and reduces scrap
Automatic Part Arrangement
Places components efficiently on the sheet
Collision Detection
Avoids cutting overlaps and machine crashes
Production Estimation
Calculates cutting time and material cost
APM A Series
- Advanced nesting optimization
- Smart production analytics
- ERP and MES connectivity
APM TE Series
- CypCut integration
- Basic CAD/CAM compatibility
- Efficient sheet utilization
Benefits
- Reduced raw material cost
- Faster production planning
- Improved machine efficiency
- Better inventory management
Ready to Configure Your Ideal Machine?
Our application engineers will help you select the right power, bed size, and automation level for your specific production requirements.
