Kinco步科
Promote the development of intelligent manufacturing and the widespread application of robots to enable intelligent creation of a better life for all humanity
In industrial automation scenarios, servo systems serve as the mechanical core hub, while servo debugging software acts as the critical interface for communication with this central component. It not only functions as a "dialogue window" between engineers and servo systems but also represents the core software driving servo systems into the era of intelligent interaction.
Today, the manufacturing industry is pursuing "faster, more precise, and more stable" performance with increasing intensity. Servo debugging software has evolved from a "supporting tool" into a critical driver that determines equipment competitiveness. Leveraging deep industry expertise, technological expertise, and sharp market insights, Buke has achieved a comprehensive upgrade in servo debugging software, officially launching its next-generation intelligent debugging solution—KincoServo Pro.
KincoServo Pro
Server debugging simplifies complexity, eliminates cumbersome procedures, and achieves a significant efficiency improvement
The KincoServo Pro servo debugging software, a next-generation masterpiece crafted with precision, features intuitive graphical interfaces and step-by-step guidance. Users can swiftly perform critical operations—including servo trial runs, parameter configuration, and status monitoring analysis—through visualized instructions, making it truly beginner-friendly. Its streamlined parameter interface with clear zoning eliminates tedious searches, significantly boosting debugging efficiency and transforming complex servo calibration into an effortless process.
Multi-device connection and management
With baud rate and station number adaptive capabilities, it eliminates the need for manual repeated debugging. The device automatically recognizes and matches communication parameters upon connection, effortlessly breaking down communication barriers.
Supports automatic matching of configuration files. When new devices connect, the system quickly scans and retrieves the corresponding configuration scheme, eliminating the risk of manual searches and setup errors, and significantly reducing device deployment time.
Device information is presented in an intuitive visual format, with operational status and parameter details clearly displayed. Users can quickly identify equipment issues without switching between multiple interfaces, enabling precise and efficient management.
Multiple devices can connect simultaneously, eliminating the need for repeated cable plugging and debugging, thereby improving debugging efficiency.
Parameter Comparison
Compare parameters and files with one click. Whether it's historical configuration files or standard parameter templates, accurately identify differences.
Filter parameters with one click, eliminating the need to rummage through complex lists and making debugging targets instantly visible.
Quickly modify device preset values without complicated operations, adjust target parameters in real time, and update them to the device.
Trajectory visualization
Guided interaction allows users to quickly complete trajectory parameter setup and debugging without complex operations, simply by following the intelligent guidance on the interactive interface.
Visualized motion trajectories and operational positions enable users to intuitively monitor device movement trends, promptly identifying issues such as trajectory deviations and speed anomalies.
parameter self-tuning
Guided self-tuning, simple and easy to use;
Supports parameter comparison before and after calibration;
Adjust common parameters like PI and filtering with one click.
Eliminate the complex PID parameter tuning process, reduce servo system implementation barriers, and accelerate customer delivery timelines.
adaptive resonance suppression
Mechanical resonance can degrade manufacturing precision of equipment and even cause damage to actuators and devices, making adaptive resonance suppression indispensable. Buke's adaptive resonance suppression solution enables automatic detection of mechanical resonance frequencies within the 140-1500Hz range, utilizing notch filters to suppress up to two mechanical resonances simultaneously.
terminal inhibition
By filtering target position commands, the system effectively suppresses vibrations and impacts generated during load positioning completion, while also demonstrating significant suppression efficacy against low-frequency vibrations at flexible load terminals.
fault management
Add error diagnosis features to help users quickly resolve issues.
Record parameters when a fault occurs to help identify the issue.
Quickly view error history
Reset the fault with one click.
AI helper
The KincoServo Pro servo debugging software seamlessly integrates DeepSeek AI as its intelligent assistant, eliminating the need for bulky manuals. When dealing with complex servo parameters or challenging debugging issues, the AI assistant delivers professional solutions in milliseconds.
Applicable products
FD5P-Pro full series
FD5P full series
FD1X5 full series
Want to experience the new software first? Contact your local sales representative or add Xiaobu's WeChat: Kinco1996. We'll provide you with comprehensive support and services to kickstart your journey with this innovative product. Join us in discovering the exciting surprises this software offers!
