PCB Router Depanelizer with Double Working Tables Optional 220V or 110V

东莞市创威智能装备有限公司

Specifications

Work Area / Panel Length: 450 mm
Work Area / Panel Width: 350 mm
Work Area / Panel Thickness (Max): 3.5 mm
Scan Field: > 250 x 250 mm^2
Scan Speed: 3500 mm/sec
Laser Output Power: Not Specified
Laser Wavelength: Not Specified
Axis Speed (X): Not Specified
Axis Speed (Y): Not Specified
Axis Speed (Z): Not Specified
Accuracy: Not Specified
Panel Material: FR4, FPCB, Ceramics, Metal, Rigid PCB, Double-Sided PCB
Model: CW-F01-S
Power: 220 V
Manipulator Repeatability: 0.02 mm
Power Supply: 220V, 4.2 kW
Resolution: ±0.01 mm
Board Positioning: Dual workstations with nest fixture or pin fixture
Panel Location Method: Located via tooling holes or PCB edges
Loading: Manual
Unloading: Manual
Supported Panel Thickness: 0.5 – 3.5 mm
Spindle Motor: KAVO Spindle
Tool Change: Manual
Dust Filtration System: 3 kW Vacuum Cleaner
Vision System: High-resolution CCD video camera
Programming Method: Vision-assisted, point-to-point manual teaching
Editing Functions: Vision-assisted dry run / test run mode
Machine Weight: 500 kg
Machine Dimensions (L×W×H): 113 × 140 × 108 cm
Document icon Download Data Sheet Download icon

Features


  • High Precision Movement: Achieves ±0.02 mm repeatability and ±0.01 mm resolution with servo-driven XYZ motion.

  • Generous Working Area: Supports PCB panels up to 320 × 320 mm.

  • Dual Workstation Design: Equipped with nest or pin fixtures for efficient board positioning and higher throughput.

  • Flexible Panel Location: Locates panels using tooling holes or PCB edges.

  • Manual Loading & Unloading: Simple and reliable operator interaction.

  • Wide Panel Thickness Range: Compatible with boards ranging from 0.5 to 3.5 mm.

  • Premium Spindle Motor: Uses a high-quality KAVO spindle for consistent routing performance.

  • Manual Tool Change: Straightforward spindle tool swapping.

  • Effective Dust Collection: 3 kW external vacuum system ensures a clean and low-noise environment.

  • Vision-Assisted Programming: High-resolution CCD camera enables intuitive, point-to-point manual teaching.

  • Dry Run & Test Mode: Vision-guided editing and testing functions allow safe validation before production.

  • Compact Footprint: Machine dimensions of 113 × 140 × 108 cm with a total weight of 500 kg.

  • Reliable Power Requirements: Operates on 220V with 4.2 kW power consumption.

Applications

A laser PCB depaneling machine is a precision tool widely used in the electronics industry for separating individual printed circuit boards (PCBs) from a larger panel or array. It uses a high-powered laser to cut through connecting materials such as fiberglass or metalized tabs, ensuring clean and accurate separation.


Typical Applications:


High-Volume PCB Manufacturing: Ideal for production environments where manual depaneling is inefficient and time-consuming.


Precision Cutting Requirements: Enables clean separation of intricate PCB shapes without mechanical stress or component damage.


Flexible Production: Easily reprogrammable for various board sizes and layouts without the need for costly tooling changes.


Complex Design Support: Capable of cutting advanced contours and patterns that are difficult to achieve with traditional methods.


Advantages Over Traditional Methods:



  • Faster and more accurate cutting

  • Reduced risk of PCB damage

  • No mechanical stress on delicate components

  • Support for complex and custom board designs

  • Minimal need for retooling


Laser PCB depaneling machines are essential for manufacturers seeking high efficiency, repeatability, and flexibility in modern PCB production lines.


For more information about this machine, feel free to contact us