Product Description
This machine uses a high-performance fiber laser, optimized for the precise cutting of non-oriented and oriented silicon steel (0.15mm–0.5mm thick). It is widely applied in scenarios such as stator and rotor cores of new energy vehicle drive motors, laminated industrial motor cores, and laminated silicon steel sheets for wind turbines. Compared to traditional stamping molds, laser cutting requires no tooling, offers flexible changeovers, and is ideal for both small-batch multi-variety and large-batch flexible production.
Features
Ultra-Low Heat-Affected Zone
Special fiber laser heat control keeps the edge heat-affected zone <30μm, minimizing magnetic performance loss of silicon steel.
Burr-Free High Precision
Cutting surface perpendicularity ≥98°, no secondary grinding needed, stacking factor can exceed 97%.
Flexible Quick Changeover
Simply load drawings via software to switch products; new product response time <1 hour, with zero mold cost.
Automated Integration
Optional automatic loading/unloading, visual positioning, and online inspection; supports system networking.
Energy Efficient
Fiber laser electro-optical conversion efficiency >30%, ~40% energy saving compared to CO₂ laser cutting.
Multi-Material & Thickness Compatibility
Single machine covers full thickness range of 0.15mm–0.5mm silicon steel; parameters can be switched easily.
Product Specifications
Our equipment offers a variety of power and configuration options to meet the processing needs of different thicknesses and materials.
|
Specifications |
Product picture |
Laser Power |
Wavelength |
Cutting Area |
Cutting Thickness |
Equipment Dimensions (Estimated) |
|
YC-GJMD |
|
150w-300W optional |
1060-1080nm |
300x300mm |
0.15-1.5mm |
1050x1300x1850mm |
|
YC-GJM01 |
|
1000w-3000w |
1060-1080nm |
600x600mm,800*800,1000*1000 |
0.15-5mm |
1800x1470x1890mm |
|
YC-GJMPCB |
|
1000w Customization |
1060-1080nm |
600x600mm |
0.15-2mm |
1800x1470x1890mm |
|
YC-UVP |
|
10-30w optional |
355nm |
400x400mm |
≤0.2mm |
1500x1600x1800mm |
Technical Parameters
|
Item |
Parameter |
|
Laser Wavelength |
1060–1080nm |
|
Laser Output Power |
1500W / 2000W / 3000W |
|
Max. Cutting Range |
600×600mm / 800×800mm / 1000×1000mm / 1250×1250mm (Custom) |
|
X/Y Axis Repeat Positioning Precision |
±5µm |
|
Cutting Accuracy |
±0.01–0.02mm |
|
Processing Speed |
0–500mm/s |
|
Maximum Acceleration |
1.5G |
|
Worktable Precision |
≤0.015mm |
|
Transmission Mode |
Imported linear motor + 0.5µm grating ruler |
|
Whole Machine Power (No Fan) |
≤8KW |
|
Total Machine Weight |
~1800KG |
|
External Dimension (L×W×H) |
1800×1470×1890mm (Reference) |
Our Services
Customization
Supports deep customization based on customer product specifications, including format, power, automation level, software interfaces, and more. Serves new energy vehicle manufacturers, motor producers, aerospace, and other industries.
Sample Testing
Free sample service available (customer sends silicon steel samples). Cutting samples and inspection reports provided to evaluate accuracy and quality before order placement.
Packaging & Logistics
Wooden frame vacuum moisture-proof packaging; disassembled shipment by sea/air with insurance; FOB/CIF tracking included.
After-Sales Service
- Installation & Commissioning – On-site engineers install and debug, providing factory acceptance standards and signing acceptance report upon completion.
- Operation Training – 5–7 days training with bilingual manuals and video tutorials; remote video training supported.
- Support Response – 24/7 online support; remote diagnosis response <2 hours.
- Maintenance – Annual maintenance plan provided, regular reminders, spare parts can be pre-stocked.
- Spare Parts Support – Common consumables (nozzles, protective lenses, etc.) stocked globally; shipped within 48 hours via DHL/FedEx.
Application Industries
3C Electronics
Small thin-walled metal structures, ideal for post-stamping 2D laser processing of digital product housings.
01
New Energy Vehicle Motors
High-speed, high-precision cutting of silicon steel sheets for stator and rotor cores. (Applications: EV drive motors, industrial motors, wind generators, transformer cores, humanoid robot joint motors, servo motors)
02
Electronic Cigarettes
Cutting of metal or ceramic heating elements.
03
Automotive Tire Molds
Cutting small steel sheets for tire mold patterns.
04
Other Industries
Precision microprocessing of thin metal and alloy sheets.
05
FAQ
Q: Does laser cutting affect magnetic performance of silicon steel?
A: The customized fiber laser produces minimal heat-affected zones, with magnetic performance impact significantly lower than traditional stamping molds. Measured iron loss increase is controlled within 5%, meeting high-end motor magnetic requirements.
Q: Advantages of laser cutting over traditional stamping molds?
A: No tooling required, new product R&D cycle reduced by 80%; changeover time <1 hour; suitable for multi-variety, small-batch, and irregular parts.
Q: What is the thinnest silicon steel the machine can cut?
A: Can reliably cut 0.15mm silicon steel sheets, suitable for high-speed, high-frequency motors (e.g., EV motors, humanoid robot joint motors).
Q: Supported file formats?
A: Supports DXF, DWG, and mainstream formats; built-in intelligent nesting software.
Q: How do overseas customers receive after-sales support?
A: 24/7 remote video technical support; routine issues resolved remotely. Core spare parts can be pre-stocked to minimize downtime.
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