Pcb Board Depaneling Router Machine
Pcb board depaneling router machine (also known as a circuit board depaneler or circuit board depaneler) is a specialized device used in the electronics manufacturing industry to separate multiple contiguous PCBs (printed circuit boards) into individual units. Its core function is to replace manual board bending with automated cutting technology, avoiding the stress damage caused by traditional operations. Based on the cutting method and application scenario, it is mainly divided into the following types: By cutting principle: knife-type, punch-type, milling-type, and laser-type depanelers; By substrate material: standard PCB depanelers, flexible printed circuit board depanelers, and aluminum substrate depanelers.
Product Introduction
Pcb board depaneling router machine Features:
- This online milling cutter depaneler features automatic board loading, cutting, and ejection, significantly improving production efficiency and reducing labor costs, demonstrating a fully automated production line.
- The entire system is equipped with a CCD vision alignment system to enhance cutting accuracy and efficiency, and prevent misoperation.
- High-precision dust-proof modules on the X- and Y-axes ensure stable and precise cutting.
- A Japanese-imported laser displacement sensor is standard to verify the flatness of PCBA products.
- Automatic material removal utilizes a vacuum suction cup for placement and transfer.
- An independent CNC motion controller integrates the control system, resulting in stable control circuits, high accuracy, fast response, and strong anti-interference capabilities.
- The machine features a user-friendly interface with English and Chinese interfaces, making the software design more user-friendly and easy for engineers to operate.
- It can cut straight, circular, and irregular board edges, and can detect broken and slipped blades. - Using imported high-speed spindle (Max: 80000RPM) from German Sycotec, with low cutting stress, high precision, increased cutting efficiency, and automatic tool change to achieve full automation.
1. Improved Production Efficiency
Automated cutting speed far exceeds manual labor, increasing efficiency by over 80%.
Supports simultaneous multi-blade cutting (e.g., a multi-blade depaneling machine can be equipped with up to 12 blades) and online continuous production, shortening manufacturing cycles.
2. Guaranteed Product Quality
- Reduced Physical Damage:
The high-speed rotation of the milling cutter (20,000-30,000 rpm) keeps stress below 180μST, preventing solder cracking and component damage.
Special designs (such as the upper circular blade and lower flat blade structure) reduce cutting stress and are suitable for PCBs without V-grooves.
- High-Precision Depaneling:
The milling cutter's repeatable positioning accuracy is ±0.01mm, ensuring smooth cutting edges.
3. Enhanced Production Safety and Adaptability
The enclosed design and safety features (such as anti-entrapment mechanisms) protect operators.
Compatible with various board shapes: Supports straight, circular, L-shaped, and irregular PCBs with stamp hole connections (e.g., PCB roulette machines).
Flexible adaptation to various thicknesses (0.4-4mm) and sizes (up to 300mm).
4. Optimized Manufacturing Costs
Reduces manual labor, reducing labor costs and rework rates due to operator errors.
Modular design (such as a quick tool change system) improves equipment utilization and facilitates maintenance.
III. Typical Applications
Widely used in consumer electronics, automotive electronics, medical devices, and communications equipment manufacturing, it is particularly well-suited for depaneling precision components such as LED light strips and high-density SMT boards.
5.Customer factory real scene
The equipment is mainly used for PCBA cutting and depaneling in the high-end manufacturing industry. The application industries cover SMT, smart phones, smart wearables, WiFi modules, 5G modules, tablets, automotive electronics, smart homes, medical devices, aerospace, military products, home appliances, etc.
The product depaneling jig is clamped and placed on the processing platform for depaneling. After the processing is completed, the depaneling jig is clamped again and placed on the track to flow into the next process.
A built-in five-tool magazine facilitates automatic tool change to meet panel splitting needs.
Claw-type plate-taking structure
The graphical user interface (GUI)
Easy program editing allows for quick and easy multi-point programming.
Special product panel fixture enters the track
Special panel separation fixture track entry method, seamlessly connected to the previous process.
Special plate separation fixture track type discharge
After the processing is completed, the depaneling jig is clamped again and placed on the track to flow into the next process.
Automatic tool changing method
Utilizes a German-imported spindle with automatic tool change. This saves time, achieves automation, reduces human error, and offers high precision and stability.
Vacuum suction cup plate picking structure
1. Pick-and-Place Device: Automatic loading and unloading (modularized vacuum grippers, vacuum device, independently controlled)
2. Conveyor Structure: X2-axis movement, Z2 and Z3-axis pickup, AC servo motor control.
3. Board Pick-up Speed: 0-1000 mm/sec (adjustable)
Configuration Introduction
German SycoTec Spindle
The German SycoTec spindle and automatic tool changing system enable fully automated tool changing, saving time and reducing human error. This delivers high precision and exceptional stability.
Product Height Measurement System
A standard PCBA product height measurement system ensures accurate inspection of product vacuum placement.
Gantry Horizontal Module
The gantry-type horizontal structure provides excellent symmetry, stability, and rigidity.
Marble Platform
The main structure utilizes a marble platform with a motion module and split-panel cuts for high stability.
Floating Brush
The floating brush structure automatically adjusts to optimize dust collection for varying board thicknesses and component heights, extending the life of the milling cutter.
Electronic Control Layout
Rational electronic control circuit routing makes maintenance easy and convenient.
Customer factory on-site video
We are always at your service when you need
EXE specializes in the research, development, production, sales, and service of fully automatic PCBA depaneling machines, milling cutter depaneling machines, and online depaneling machines. EXE boasts an experienced R&D and design team and a comprehensive after-sales service system.
Our products are used in PCBA depaneling applications across high-end manufacturing industries, including smartphones, smart wearables, smart homes, tablets, automotive electronics, medical devices, aerospace, military, and home appliances.
Exhibition site
A world-renowned manufacturer of fully automatic PCB separators
Our Certificate
Management system certification
Circuit board separator patent certificate
Board separator control system software certificate
our Partners
EXE adheres to the business philosophy of "quality first, service first" and has successfully served thousands of companies and received unanimous praise!
We trusted by
Application Industry
The equipment is mainly used for PCBA cutting and depaneling in the high-end manufacturing industry.
The application industries cover SMT, smart phones, smart wearables, WiFi modules, 5G modules, tablets, automotive electronics, smart homes, medical devices, aerospace, military products, home appliances, etc.
Frequently Asked Questions
PCBA board separation machine process solution
What are the different types of PCB depanelers?
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Based on the material being depaneled, they can be divided into three categories:
PCB depanelers, FPC depanelers, and aluminum PCB depanelers.
Based on the depaneling method, they can be categorized as follows:
1. Knife-type depanelers; 2. Punch-type depanelers; 3. Milling cutter depanelers; 4. Laser slitting machines; and 5. Boring-type depanelers.
What are the components of a PCB depaneling machine?
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It consists of a combination bracket, a padding assembly board, a rack support guide system, a material receiving rack, a discharge device, a cutting tool and its fixing device, a loading bracket system, and a cutting speed change device.
Electronics Manufacturing Depaneling Accuracy Requirements
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Cutting Accuracy: ±0.1mm
Meets the depaneling requirements of most consumer electronics products (such as home appliances and basic communication boards), ensuring burr-free and component-safety.
Ultra-precision precision requirements
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Cutting accuracy: ±0.05mm to ±0.02mm
Suitable for precision circuit boards such as 5G modules and medical devices, preventing micro-shorts and signal layer damage.
Repeatability: ±0.01mm
What is the typical lifespan of a panel splitter's tooling?
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Made of German/Japanese ultra-hard, wear-resistant steel, the tooling has a proven lifespan of up to one year when splitting hard materials like aluminum substrates.
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