Stator Technology
Products
Stator Technology
Precise phase measurement for resolver systems
The Reso-Meter RM-100® from Nippon System Technology (NST) is a compact and user-friendly device for accurate determination of resolver phase differences. By manually rotating the motor and displaying the angle in real time, the system enables fast, precise, and reliable calibration of resolver systems in industrial applications.
Features
- Accurate phase measurement: Ensures high system precision
- Real-time angle display: Supports immediate adjustment during measurement
- User-friendly operation: Intuitive handling, minimal training required
- Compact design: Easily integrates into existing test or production setups
- Reliable results: Consistent accuracy across repeated measurements
Typical areas of application:
- Resolver calibration: Adjusting and checking resolvers in motor and drive systems
- Electric motor manufacturing: Quality assurance for servo motors, stepper motors, or EV motors
- Automation & robotics: Alignment of angle and position sensors
- R&D: Testing and validation of new drive systems and sensor solutions
Integrated fiber laser welding solution for precise and efficient component joining
The Panasonic VL‑W1A00 is part of the “VL‑W1” series – a compact, fully integrated laser welding solution designed for high-precision industrial applications.
Features
- All-in-One System: Scanner, fiber laser, and control combined – no additional robot or XY table required
- High-Precision Beam Quality: Clean welding even near component edges (M² < 1.1)
- Flexible Beam Diameter (0.7–2.0 mm): Adapts to different materials and weld widths
- Fast Production: Max. scan speed up to 3000 mm/s
- Real-Time Process Control: Laser power monitoring with ±2 % accuracy
- Compact Integration: Adjustable working fields (e.g., 200 × 200 mm or 400 × 400 mm)
- Safe & Stable: Internal shutter, double interlock, digital galvo system
Typical areas of application:
- Precision plastic welding in electronics or sensor applications
- Joining housings, front panels, or water-/dust-resistant modules
- Complex or curved weld paths without motion platforms
Powerful solution for processing thicker materials
Furukawa Electric’s Multi-Mode Fiber Laser offers a wide range of output powers from 2 kW to 12 kW. By integrating a 1 kW Single-Mode Fiber Laser with advanced beam combiner technology, this laser achieves high beam quality and energy efficiency. It enables precise and fast processing of materials with varying thicknesses.
Features
- Versatile Power Options: Output ranging from 2 kW to 12 kW for different applications
- High Beam Quality: Typical BPP value of 1.7 mm·mrad with 50 µm fiber diameter
- Compact Design: Integrated oscillator and power supply for easy system integration
- Energy Efficient: Water-cooled design reduces power consumption
- Flexible Configuration: Choice of fiber diameters (50 µm, 80 µm, 100 µm)
Typical areas of application:
- Microprocessing: Precise cutting and drilling of metal and ceramic substrates
- Cutting: Processing thin to medium-thick metal sheets
- Welding: Joining metal parts of various thicknesses
- Drilling: Precision hole drilling in metal materials
- Surface Processing: Cleaning and structuring metal surfaces
Highly focused beam quality for demanding applications
Furukawa Electric’s Single-Mode Fiber Laser operates at a wavelength of 1070 nm, providing an exceptionally high focus that approaches the diffraction limit. This ensures superior beam quality (M² < 1.1) and high power density, ideal for precise cutting, welding, and drilling applications.
Features
- Outstanding Beam Quality: M² < 1.1 for precise energy delivery
- Compact Design: Oscillator and power supply are separated for flexible integration
- High Modulation Speed: FEC1000S-7-SP model supports modulation up to 250 kHz, ideal for cutting metal foils
- Energy Efficient: Water-cooled oscillator and air-cooled power supply reduce energy consumption
- Reliable Performance: Robust “Made in Japan” design with high manufacturing quality
Typical areas of application:
- Microprocessing: Precise cutting and drilling of metal and ceramic substrates
- Electronics Manufacturing: Processing of PCBs and connector components
- Automotive Industry: Fabrication of connectors, housings, and other components
- Medical Devices: Manufacturing of implants and precision medical instruments
Maximum efficiency and quality in welding reflective metals such as copper and aluminum
The BRACE™ Series integrates a high-power blue laser with a near-infrared (IR) fiber laser in a single system. By combining these two wavelengths, common challenges in welding highly reflective materials are overcome: the blue laser provides high absorption and uniform preheating, while the IR laser delivers depth and speed for keyhole welding.
Features
- Dual-Wavelength Approach: Blue + IR for maximum energy transfer and stable weld quality on difficult-to-weld metals.
- Superior Process Quality: Significantly reduced spatter and improved weld seam quality, particularly on copper.
- Powerful & Efficient: Up to 1.5 kW IR plus several hundred watts of blue laser output, providing deep penetration on copper plates.
- Award-Winning Innovation: The BRACE™ Series has received the Laser Industry Encouragement Award, recognizing pioneering achievements in copper laser processing.
- Optimized for E-Mobility & Energy Applications: Designed for battery busbars, electric motors, inverters, and other applications with high copper content.
Typical areas of application:
- Spot and seam welding of copper and aluminum components in electric vehicles
- Manufacturing of motor and generator windings, EV busbars
- High-reflective materials in electronics and energy applications
- Automotive production requiring reproducibility, quality, and high speed
