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As PCB designs become increasingly compact and densely populated, PCB depanelization has become an important step in achieving stable, efficient, and high-quality electronics manufacturing.
YUSH Electronic Technology Co., Ltd. introduces the YSVC-650 Series PCB Router Depaneling Machine, a stand-alone automatic routing solution designed for fast, accurate, and low-stress PCB separation.
Equipped with a high-speed CCD vision system, advanced image-processing software, precision servo drives, and a high-speed spindle, the YSVC-650 series provides accurate routing while helping protect PCBs and components from mechanical stress.
What Is the YSVC-650 PCB Router?
The YSVC-650 A / B / C series are stand-alone PCB routers equipped with a CCD camera and sophisticated image-processing software.
The machine uses a high-speed router bit to precisely cut PCB panels along programmed routing paths. Cutting paths can be positioned as close as 0.5 mm to components, making the system suitable for densely populated PCBs where conventional mechanical separation methods may create excessive stress.
The CCD camera captures the PCB image and enables operators to program cutting paths through a simple point-and-click Windows-based interface. This reduces programming time and makes product changeover more convenient.
Who Is This Machine For?
The YSVC-650 is designed for electronics manufacturers that require accurate and repeatable PCB depanelization.
It is particularly suitable for:
PCB and PCBA manufacturers
Electronics assembly factories
High-density PCB production
Mobile phone and electronic module production
GPS and PDA-related PCB applications
Manufacturers requiring low-stress PCB separation
Production environments requiring automatic PCB loading and unloading
Factories looking to reduce manual depanelization operations
The machine is especially useful when PCB designs contain densely populated components or require more complex routing shapes.
What PCB Types Can It Process?
According to the standard specifications, the YSVC-650 series can process PCB materials including:
Glass Epoxy
CEM1
CEM3
FR4
Other compatible PCB materials according to application requirements
The standard maximum PCB thickness is 2 mm, with an optional configuration supporting PCB thicknesses up to 6 mm.
Router bit diameters range from 0.8 to 3.0 mm, allowing different cutting requirements to be accommodated.
The machine supports multiple cutting functions, including:
Linear cutting
Circular cutting
U-curve cutting
Arc cutting
L-curve cutting
This flexibility allows manufacturers to process different PCB outlines and routing patterns on the same platform.
What Production Problem Does It Solve?
Manual PCB depanelization can become difficult when production volumes increase or when PCB designs become smaller and more complicated.
The YSVC-650 addresses several common production challenges:
1. Reducing Mechanical Stress
The router-based cutting process separates PCBs without applying the same type of mechanical force associated with manual breaking or other mechanical separation methods.
The high-speed router bit is designed for precise cutting of densely populated PCBs, while maintaining a low-stress depanelization process.
2. Improving Cutting Accuracy
The system uses CCD vision for automatic alignment compensation. The camera reads PCB fiducial marks and compensates for positional variations between the PCB and programmed cutting paths.
The specified cutting accuracy and repeatability are both ±0.01 mm.
3. Simplifying Programming
Instead of manually defining every cutting coordinate, operators can use the CCD camera and image-processing software to capture the PCB image and program routing paths through a point-and-click interface.
The system can also display the cutting pattern, cutting sequence, and X/Y coordinates in real time. Programs can be saved as Windows files and transferred to other compatible routers using a USB drive.
4. Reducing Tool Replacement Costs
The YSVC-650 features automatic five-stage depth adjustment, which is designed to extend router bit life and reduce replacement time and cost.
How Does It Compare With Manual Depaneling?
Manual depanelization may be suitable for very small production volumes or simple PCB structures. However, as production requirements become more demanding, automation can provide greater consistency and process control.
Production Factor
Manual Depaneling
YSVC-650 PCB Router
Cutting method
Manual operation
Automatic routing
Cutting accuracy
Operator dependent
Up to ±0.01 mm specified
Alignment
Manual
CCD automatic alignment compensation
Complex routing
Limited
Linear, circular, U-curve, arc and L-curve
Production consistency
Operator dependent
Programmable and repeatable
PCB loading/unloading
Manual
Automatic
Program management
Manual setup
Windows-based program storage and transfer
Production data integration
Limited
Optional MES/Industrial 4.0 functions
The YSVC-650 is therefore designed to move PCB depanelization from a labor-dependent process toward a more controlled and programmable production operation.
What Production Capacity Can It Support?
The YSVC-650 is designed for precision and high-capacity PCB routing operations, with a high-speed X-Y robot and Z-axis servo motor helping reduce tact time and improve productivity.
The series offers three routing-area configurations:
YSVC-650A: 300 * 350 mm
YSVC-650B: 300 * 450 mm
YSVC-650C: 500 * 450 mm
The X/Y cutting speed is specified at 0–100 mm/s, while the spindle can reach a maximum speed of 60,000 rpm.
Actual production throughput depends on PCB size, cutting-path length, PCB material, thickness, routing pattern, and production program. Therefore, YUSH recommends evaluating the customer's actual PCB drawing and production requirements before determining the expected cycle time and capacity.
Intelligent Vision and Production Management
Beyond basic routing, the YSVC-650 series can be configured with additional intelligent functions.
CCD Full-Board Scanning
The CCD system can scan the PCBA and display the cutting path in real time, helping reduce programming time and simplify path modification.
2D Code Program Retrieval
With the appropriate configuration, a two-dimensional code can be used to automatically retrieve the corresponding cutting program, helping simplify product changeover and reduce manual program selection errors.
MES / Industry 4.0 Integration
For factories requiring production traceability and centralized equipment management, the system can support Industrial 4.0 / MES functions, including:
Automatic retrieval of server data
Uploading machine and production data
Real-time equipment status monitoring
These functions can help integrate the depaneling process into a more connected manufacturing environment.
Why Choose YUSH?
YUSH Electronic Technology Co., Ltd. focuses on PCB and electronics manufacturing equipment and provides equipment solutions for different production requirements.
The YSVC-650 combines:
High-speed CCD visual alignment
Precision routing
Low-stress PCB depanelization
Automatic alignment compensation
High-speed servo motion
Automatic PCB loading and unloading
Flexible routing functions
Programmable Windows-based software
Optional 2D code program retrieval
Optional MES / Industry 4.0 integration
Multiple machine sizes and routing areas
The standard machine is equipped with a NAKANISHI Japanese precision spindle, while alternative spindle configurations such as Germany KAVO can be selected according to customer requirements.
What Customization Is Available?
Different PCB products and production environments may require different machine configurations. YUSH can provide configuration options based on the customer's PCB dimensions, thickness, material, routing requirements, and production process.
Available options include:
Different routing-area configurations
PCB thickness configuration up to 6 mm
Basic, Professional or Customized software versions
NAKANISHI or alternative spindle configurations
Down dust collector or optional up dust collector
2D code automatic program retrieval
MES / Industrial 4.0 integration
Customized production and automation solutions
The machine is also available with different fixture and working-area configurations to accommodate different PCB production requirements.
A Smarter Approach to PCB Depanelization
PCB depanelization is no longer simply about separating individual boards from a panel. For modern electronics manufacturing, the process must also consider cutting accuracy, component protection, repeatability, programming efficiency, production traceability, and overall manufacturing cost.
With CCD visual alignment, precision routing, automatic operation, flexible cutting functions, and optional intelligent production features, the YUSH YSVC-650 PCB Router Depaneling Machine provides a scalable solution for manufacturers looking to improve their PCB separation process.
For applications requiring higher precision, complex routing paths, low-stress depanelization, or automated production management, the YSVC-650 series can be configured according to specific PCB and production requirements.
Contact YUSH Electronic Technology Co., Ltd. to discuss your PCB depanelization application and receive a customized solution based on your PCB drawings and production needs.
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