DL6 series fully functional linear drive servo driver
Cutting-edge expertise, versatile excellence, driving high-precision industries to new frontiers
DL6 series fully functional linear drive servo driver
Next-Level Responsiveness
With 3.8kHz velocity loop bandwidth and 250μs sync cycle, our system delivers zero-lag tracking and sub-micron positioning even at high speeds—ensuring both speed and stability for high-velocity handling, precision engraving, and more.
Powered by Advanced Control Algorithms
Intelligent path deviation prediction enables rapid yet smooth positioning, achieving nanometer-level precision for ultra-refined machining.
Proprietary Resonance Suppression Algorithm
- 50% higher detection accuracy
- 50% faster analysis
- Auto-scan & one-click resonance elimination
- Smoother, more precise path tracking
Effectively mitigates cantilever beam tip vibrations with reduced settling time, specifically optimized for long-stroke systems like robotic arms and gantry structures.
Dynamic Braking
In case of sudden power loss or alarms, the servo cuts off (Servo OFF) with instant motor braking, ensuring both personnel and equipment safety.
Hardware-level power cut-off protection triggered in emergencies, ensuring immediate motor shutdown to safeguard both personnel and machinery safety.
Equipped with ground-fault and overcurrent protection among other safeguards, achieving ultra-low failure rates that lead the industry.
Type-C All-in-One Debugging
No complex adapters needed – standard Type-C interface enables plug-and-play connectivity with host systems, doubling efficiency for parameter configuration, diagnostics, and maintenance.
Our next-generation algorithm ensures high responsiveness and precision synchronization between dual axes even at high speeds, significantly reducing trajectory deviation during rapid reciprocating motion. Compatible with both rigid and flexible gantry systems, it delivers flawless performance for semiconductor packaging, laser cutting, and other demanding applications.
Real-time mechanical error correction achieves ±1μm absolute positioning accuracy, with long-term stability and zero drift – eliminating the need for manual recalibration.
Packed with advanced features including:
• Long-line drive
• Frequency division output
• Position compare output
• Probe function
• Motor temperature sampling
...and more – every function you need comes fully integrated!
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