Precision parts
Cut detailed metal components for electronics, instruments and machinery.
Product family / 06
Fiber Laser Cutting Systems
Precision sheet-metal cutting from compact cells to enclosed systems.
Desktop and enclosed fiber laser cutting systems for metal sheet, plus separate consultation for precision laser glass drilling applications.
- Power range
- 800W–6000W
- Process
- Fiber laser cutting
- Formats
- Desktop · 3030 · enclosed
- Materials
- Metal sheet
Reference configuration · Final equipment and options subject to written quotation.
Product overview
Built around the process, not a fixed model.
Fiber laser cutting provides non-contact processing for metal sheet with programmable geometry, narrow kerf and efficient production. Compact desktop platforms suit smaller parts and thin sheet, while enclosed CNC systems support larger work areas and higher duty.
Machine selection requires material and thickness, sheet size, part geometry, edge requirement, batch size and automation needs. Laser glass drilling is a separate process and should be evaluated as its own configuration.
Equipment views
Reference system configuration.
These images show representative equipment formats for initial discussion. Cabinet, laser source, control system, working head and accessories are confirmed for each order.
Reference specification
Configuration range.
Indicative information for early project screening. Exact components, performance, certification, warranty and availability require written confirmation.
- Laser process
- Fiber laser sheet-metal cutting
- Indicative power options
- 800W / 1000W / 1500W / 2000W / 3000W / 6000W
- Working formats
- Compact desktop, precision 3030 or enclosed CNC platform
- Typical materials
- Carbon steel, stainless steel, aluminium, brass and compatible metals
- Assist gas
- Selected by material and edge requirement; supply package confirmed separately
- Optional automation
- Exchange table, loading, extraction, monitoring and nesting software
- Selection inputs
- Material, thickness, sheet size, part geometry, tolerance and volume
- Final configuration
- Laser source, cutting head, bed, controller, extraction, gas and electrical package confirmed by quotation
Where it fits
Industrial applications.
Use these examples to frame the requirement. Final results depend on material, geometry, process settings and acceptance criteria.
Fabrication
Process sheet for cabinets, frames, signs and production assemblies.
Small-format work
Use compact platforms for jewellery, samples and small components.
Industrial cells
Add enclosure, extraction and automation for repeatable production.
Selection workflow
From sample to configuration.
- 01Step 1
Send the drawings
Provide DXF or representative part files and annual quantities.
- 02Step 2
List the materials
State each alloy, thickness, sheet size and edge expectation.
- 03Step 3
Set the production goal
Define batch size, cycle time, loading and automation needs.
- 04Step 4
Engineer the cell
Confirm bed, power, head, gas, extraction, voltage and software.
Common questions
Before you request a quote.
These answers are general guidance. Send the actual workpiece details for a configuration review.
How do I choose the laser power?+
Power selection depends on material, maximum thickness, desired speed, edge quality and production duty.
What file formats are used?+
DXF and other common CAD/CAM formats are typically supported, subject to the selected controller and nesting software.
Can the same machine drill glass?+
No. Precision glass drilling uses a different process and platform; it should be quoted separately.
What auxiliary systems are required?+
Typical items include assist gas, extraction, cooling, power stabilization, safety enclosure and suitable material handling.
Need a confirmed configuration?
Send the workpiece and target result.
Include material, dimensions, process requirement, target speed, electrical supply and destination.