High-Power Fiber Laser Cutting Machines
Copper and Brass Laser Cutting Solution
Cut copper and brass where steel-tuned machines fail: power classes from 1000W to 30000W matched to reflective-alloy thickness, with sample cuts and parameter sheets before you order.
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+Thin copper / brass sheet, 1-4 mm
+Mid copper plate, 5-12 mm
+Thick copper / brass to 25-30 mm
Copper and brass break machines that were specced for steel
Copper reflects roughly 95% of the fiber laser wavelength, and brass is not far behind. Point a steel-tuned process at either metal and you get unstable piercing, slag adhesion and, on badly configured machines, back-reflection damage to the source.
Matching power class to the metal ladder
- 1-4 mmThin copper and brass sheet - 1000W large-format class with tuned focus and assist gas.
- 5-12 mmMid-gauge copper plate - 15000W class on a 2000x6000 mm bed for stable piercing.
- To 25-30 mmThick sections - 30000W class with IPG/RAYCUS source and heavy-bed rigidity.
| Buyer check | What to verify before ordering |
|---|---|
| Alloy evidence | Sample cut on YOUR alloy and thickness, not a steel demo |
| Parameter sheet | Written cutting parameters for copper/brass, not verbal claims |
| Source support | IPG/RAYCUS/GW class source with back-reflection protection |
Match your requirement to a machine
1000W large format, 1-12mm range, copper and titanium capable
View machineApplication case
From CO2 to fiber: precision shop doubles speed across metals
Nordic Precision AB, a European precision workshop, replaced its CO2 cutter with a Xinhong 6000W fiber laser. Per the customer's feedback, cut speed doubled and edge quality is excellent, with no secondary finishing. Data source: recorded customer feedback on the fiber upgrade. Reflective-material capability is documented on the machine specification (cutting across stainless steel, carbon steel, copper and titanium alloy; IPG/RAYCUS sources); exact copper and brass parameters are confirmed by sample cutting before order.
Application based on customer feedback; individual results depend on materials and production conditions.
Customer ratings
“The fiber source handles every metal we throw at it, and the cutting parameters arrived in writing before we ordered. That transparency is rare.”
“Machines are robust and service responds fast. We run mixed metal jobs without retooling between steel and non-ferrous work.”
Certifications & compliance
ISO 9001:2015
Quality management system certified across R&D, production and after-sales service of fiber laser cutting equipment.
CE Marking
Xinhong machines are CE marked for European markets per company records. Request the applicable Declaration of Conformity with your quotation.
Company strength
Who builds your reflective-metal cutting line
- Founded 2005
- Shandong Xinhong CNC Technology Co., Ltd - two decades of fiber laser equipment manufacturing.
- Factory scale
- 100-300 employees across production, engineering and after-sales in Shandong Province, China.
- R&D strength
- High-reflectivity material processing developed with IPG (USA), RAYCUS and GW laser sources.
- Production capacity
- Annual revenue 10-50M USD across a 48-model portfolio from 500W to 30000W.
- Partners
- IPG, RAYCUS and GW laser sources; Schneider Electric control components as standard.
- Export countries
- Europe and global markets with CE-compliant export configurations.
Related reading
Buyer FAQ
Which copper and brass thicknesses can you cut?+
The 1000W large-format model cuts 1-12 mm across stainless steel, carbon steel, copper and titanium alloy; the 15000W-30000W class extends thick copper and brass work. We confirm the exact power class by sample cut of your alloy and thickness.
Is copper really cuttable with a fiber laser?+
Yes. Copper reflects about 95% of 1070nm light, so we match power density, focus position and assist gas to the alloy; sample cutting is part of the quotation process.
What edge quality can I expect on brass sheet?+
Clean, burr-controlled edges without saw burrs or sheared deformation. Parameter sheets for your specific alloy are provided before ordering.
What should I send for a copper or brass cutting quote?+
Send alloy grade, thickness range, part mix and monthly volume. We run a sample cut and return the parameter sheet with the quotation.
Request a quotation for this solution
Send your requirement details below - our engineers will confirm the right machine configuration in your quotation.
Copper and Brass Laser Cutting Solution