Chuang Pu Technology uses the AMADA ENSIS-3015AJ fiber laser cutting machine, with a maximum processing area of 3,070 × 1,550 mm, providing precision cutting of metal sheets based on customer drawings.
The main materials we process include carbon steel, stainless steel, and galvanized steel, suitable for machinery, equipment enclosures, structural components, brackets, and various custom sheet metal parts.
| Item | Capability |
|---|---|
| Equipment | AMADA ENSIS-3015AJ |
| Process | Fiber Laser Cutting |
| Maximum Processing Area | 3,070 × 1,550 mm |
| Materials | Carbon Steel, Stainless Steel, Galvanized Steel |
| Production Types | Single-Piece Prototyping, Small-Batch Production, Volume Production |
Actual processing conditions are determined based on material type, sheet thickness, part dimensions, profile complexity, and product requirements.
Fiber laser cutting is suitable for a wide range of sheet metal parts that require precise profiles and hole patterns, including:
From single-piece prototypes to small-batch and volume production, processing can be arranged according to individual product requirements.
Fiber laser and CO₂ laser are both commonly used technologies for metal cutting. However, they differ in laser generation, transmission methods, equipment configuration, energy efficiency, and maintenance requirements.
| Comparison | Fiber Laser | CO₂ Laser |
|---|---|---|
| Laser Transmission | Fiber-optic transmission | Optical lenses and mirrors |
| Energy Efficiency | Generally higher | Generally lower |
| Optical System | Simplified fiber-optic transmission | More complex optical path |
| Metal Processing | Suitable for a wide range of metal sheets | Mature technology for metal sheet processing |
| Maintenance | Relatively simplified optical maintenance | Requires maintenance of optical components and optical path |
| Common Applications | Precision sheet metal, machinery, equipment components | Traditional sheet metal and metal fabrication |
CO₂ laser technology remains suitable for certain applications. The two technologies have different equipment configurations and application characteristics, so the appropriate solution depends on the material, sheet thickness, part design, and production requirements.
Laser cutting is typically one of the first processes in sheet metal fabrication. After cutting, parts can proceed to additional processes according to their structural and assembly requirements:
Laser Cutting → Press Brake Bending → Sheet Metal Welding → Secondary Processing / Assembly
Chuang Pu Technology can integrate different fabrication processes according to customer drawings and product requirements, providing a complete manufacturing process from metal sheets to finished sheet metal products.