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Syntec Laser Welding Controller
Syntec Laser Welding Controller
Syntec Laser Welding Controller
Syntec Laser Welding Controller
Syntec Laser Welding Controller
Syntec Laser Welding Controller

Syntec Laser Welding Controller

Product Features, Model Specifications & Application Solutions

Syntec laser welding controller is a dedicated CNC system developed by SYNTEC for laser welding applications. It features high-precision multi-axis motion control, deeply integrated laser processes and robust bus architecture. Covering three mainstream scenarios: gantry platform welding, galvanometer scanning welding and robotic arm welding, it is widely adopted in new energy, hardware, automotive sheet metal and other industries.

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  1. Superior Motion Control Performance
  • Supports up to 18-axis simultaneous motion (3~5 axes as standard) to fulfill complex spatial trajectory welding requirements.
  • Equipped with RTCP (Rotation Tool Center Point) function to maintain uniform welding speed on 4/5-axis linkage equipment, preventing burn-through and incomplete welding.
  • Interpolation cycle: 125–250 μs; trajectory deviation ≤ ±2 μm, ensuring stable operation at high speeds.
  1. In-depth Laser Process Integration
  • Dynamic laser power adjustment: Three power curve modes based on time, distance and speed. Gradual power ramp-up/down at start and end of weld eliminates cratering and burn-through defects.
  • Built-in wobble welding function with circular, elliptical and linear oscillation trajectories, ideal for thick plates and wide-gap workpieces.
  • Synchronized wire feeding control: Servo wire feeder with real-time speed regulation; supports pre-feeding and delayed wire stop for consistent weld quality.
  1. High Usability & Reliability
  • Dedicated industrial HMI: Menu-based graphical programming with no G-code required. Supports handwheel simulation and run-and-pause operation.
  • EtherCAT / Mechatrolink III bus design: Strong anti-interference capability, simplified wiring and flexible expansion.
  • Full closed-loop monitoring: Real-time status tracking of laser source, welding parameters and I/O signals; automatic alarm and emergency stop upon abnormalities.

Technical Specifications

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Parameters FC-B-V3 FC-A 81RA
Max. Controlled Axes 4 (Max. 18) 4 6 (Robot)
Communication Protocol EtherCAT / Mechatrolink III Pulse EtherCAT
Laser Control Analog / RS232 Analog Analog / RS232
Interpolation Cycle 125 μs 250 μs 125 μs
Typical Application High-precision gantry & galvanometer welding Economical gantry welding Robotic arm welding

Typical Application Solutions

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Gantry Platform Laser Welding (FC Series)

  • Configuration: FC-B-V3 controller + servo drives & motors + laser source + worktable
  • Application: Kitchen hardware, sanitary pipe fittings, thin sheet welding (0.5–3 mm)
  • Processes: Linear & circular seam welding, spot welding; applicable to multi-station production lines

Galvanometer Scanning Laser Welding (FC Series)

  • Configuration: FC-B-V3 controller + digital galvanometer + vision system + fiber laser
  • Application: New energy battery tabs, PCB copper foils, precision welding of electronic components
  • Processes: High-speed spot welding & trajectory welding; paired with automatic vision positioning to boost efficiency by over 30%

Robotic Laser Welding (81RA Series)

  • Configuration: 81RA controller + 6-axis robot + laser welding head + wire feeder
  • Application: Automotive body parts, large sheet metal, thick plate welding (3–10 mm) for engineering machinery
  • Processes: 3D spatial trajectory welding, wobble welding and seam tracking for complex curved workpieces
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Product Advantages

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  • Compared with traditional motion control cards: Adopts industrial-grade CNC architecture with over 50% higher stability and superior anti-interference performance for long-term continuous production.
  • Compared with general-purpose controllers: Built-in dedicated laser welding processes greatly shorten commissioning time by 70% and lower technical barriers.
  • High-end functional support: RTCP, wobble welding and vision linkage fully meet high-precision and high-efficiency production demands from new energy and automotive industries.
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