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Laser rapid prototyping streamlines iterative testing of stator core design variations. Different slot geometries, winding configurations, and lamination orientations can be easily evaluated. This accelerates the overall electric motor development process.
The Advantage of
Motor Core Prototypingwith Laser
* 24~48 hours quickly produces high-quality motor core samples
* Significantly reduces the time and cost of production
* Provides greater flexibility to make design changes more easily and efficiently
* High precision, high consistency, and no secondary processing required. Reduces errors and waste, more invironmental friendly
* Creating 3D models of motor cores using computer-aided design (CAD) software and then manufacturing physical prototypes by using laser cutting and welding
* Significantly reduces the time and cost of production
* Provides greater flexibility to make design changes more easily and efficiently
* High precision, high consistency, and no secondary processing required. Reduces errors and waste, more invironmental friendly
* Creating 3D models of motor cores using computer-aided design (CAD) software and then manufacturing physical prototypes by using laser cutting and welding
Laser Source: Raycus / IPG
Dimension(L*W*H): 1900mm*1550mm*1830mm
Output Power: 150W-3300W
Laser wavelength: 1080±5nm
Repetition position accuracy: ±0.005mm
Processing accuracy: ±0.01mm
The Max acceleration: 1.5G
Max cutting speed: 90m/min
Continuous working time: ≥20H
Processing area: 600mm*600mm
Working environment: 0-40℃, Humidity≤90%
Protective: Fully closure cover
Power adjust range(%): 10%-100%
Power Supply: As per request
Dimension(L*W*H): 1900mm*1550mm*1830mm
Output Power: 150W-3300W
Laser wavelength: 1080±5nm
Repetition position accuracy: ±0.005mm
Processing accuracy: ±0.01mm
The Max acceleration: 1.5G
Max cutting speed: 90m/min
Continuous working time: ≥20H
Processing area: 600mm*600mm
Working environment: 0-40℃, Humidity≤90%
Protective: Fully closure cover
Power adjust range(%): 10%-100%
Power Supply: As per request
Laser source: Raycus 2000W
Electrical Pump: Lind 5T
Laser wavelength: 1070-1080nm
Pulse width: 0.05-0.6ms
Frequency adjust range: 500-5000Hz
Output power instability: ≤±2%
Output beam length: 15M
Applicable sheet metal parameter:
OD φ50-φ400mm, ID φ35-φ300mm, thickness 30-350mm
Weld penetration: 0.8-3mm
Weld width: 0.5-3.5mm
Weld speed: 6-12mm/S
Working environment: 10-40℃, Humidity≤95%
Power adjust range(%): 10%-100%
Power Supply: As per request
Electrical Pump: Lind 5T
Laser wavelength: 1070-1080nm
Pulse width: 0.05-0.6ms
Frequency adjust range: 500-5000Hz
Output power instability: ≤±2%
Output beam length: 15M
Applicable sheet metal parameter:
OD φ50-φ400mm, ID φ35-φ300mm, thickness 30-350mm
Weld penetration: 0.8-3mm
Weld width: 0.5-3.5mm
Weld speed: 6-12mm/S
Working environment: 10-40℃, Humidity≤95%
Power adjust range(%): 10%-100%
Power Supply: As per request
Laser source: Raycus 2000W, w/ 2 torches
Electrical Pump: Lind 5T
Laser wavelength: 1070-1080nm
Pulse width: 0.05-0.6ms
Frequency adjust range: 500-5000Hz
Output power instability: ≤±2%
Output beam length: 15M
Applicable sheet metal parameter:
OD φ50-φ450mm, ID φ35-φ300mm, thickness 30-400mm
Weld penetration: ≤3mm
Weld width: ≤3mm
Weld speed: 6-12mm/S
Working environment: 10-40℃, Humidity≤95%
Power adjust range(%): 10%-100%
Power Supply: As per request
Electrical Pump: Lind 5T
Laser wavelength: 1070-1080nm
Pulse width: 0.05-0.6ms
Frequency adjust range: 500-5000Hz
Output power instability: ≤±2%
Output beam length: 15M
Applicable sheet metal parameter:
OD φ50-φ450mm, ID φ35-φ300mm, thickness 30-400mm
Weld penetration: ≤3mm
Weld width: ≤3mm
Weld speed: 6-12mm/S
Working environment: 10-40℃, Humidity≤95%
Power adjust range(%): 10%-100%
Power Supply: As per request
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Stator Core Sample Done with Laser Cutting and Welding
