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In electronics manufacturing, PCB depaneling methods directly impact product yield and efficiency. As Genitec - a 15-year expert in depaneling solutions - we present industry-proven insights on PCB separation techniques and equipment selection. This guide covers V-groove, breakaway tabs, and other common methods with tailored equipment recommendations.

Table of Contents

• 1. PCB Panelization Methods

• 2. Depaneling Equipment Selection Guide

• 3. Genitec Customer Success Stories

• 4. Depaneling Equipment FAQs

1. PCB Panelization Methods

V-Groove Panels

V-shaped scoring lines between boards (60%+ industry usage)

Breakaway Tabs

Micro-tabs with perforations for irregular shapes

Breakaway Bridges

Thin connecting strips for high-precision PCBs

Mouse Bites

Clustered small holes requiring precision cutting

Genitec data shows proper equipment selection improves yield by 5-15%.

2. Depaneling Equipment Selection Guide

V-Groove Solutions

Standard Requirements:

• Genitec Blade Depaneler ZM30 Series

• Genitec Guillotine Depaneler ZM30-P Series

Advantages: Simple operation, lowest cost
       Limitations: Mechanical stress (100-300gf)

High-Precision Requirements:

• Genitec Offline Saw Depaneler ZM300SV

Benefits:            
? Stress reduction to <100gf            
? Zero component damage            
? Smooth board edges            
? 40% throughput increase (Source: dg-genitec.com/zm300sv)

Breakaway Tabs/Bridges Solutions

Genitec Router Depaneler GAM Series

Best for: Complex shapes (curves/irregular boards)
           Features:                
? ±0.02mm cutting accuracy                
? 50-150gf stress control                
? Automatic path generation

Genitec Laser Depaneler ZAM Series

Best for: Flexible PCBs/Thin boards/HDI
           Features:                
? Zero mechanical stress                
? 30μm kerf width                
? Dust-free operation                
? Multi-layer PCB capability

Genitec Punch Depaneler ZM10T

Best for: High-volume standardized boards
           Features:                
? 0.8s/cycle operation                
? 500k+ tool life                
? Ideal for PCBA/FPCA separation

3. Genitec Customer Success Stories

Automotive Electronics Manufacturer

Challenge: BGA cracking during V-groove separation
       Solution: Genitec ZM300SV Saw Depaneler
       Results: Stress reduced to 80gf, yield increased to 99.6%

Medical Device OEM

Challenge: Burrs on flexible PCB breakaway tabs
       Solution: Genitec ZAM Laser Depaneler
       Results: Achieved μm cut precision, passed medical certification

Consumer Electronics CM

Challenge: Low efficiency in irregular board separation
       Solution: Genitec  Multi-Router Depaneler
       Results: Throughput increased to 1,200 boards/hour

4. Depaneling Equipment FAQs

Q1: How to reduce burrs with router depaneling?

A: Check spindle runout (≤0.003mm), use diamond-coated bits, optimize feed rate (refer to Genitec technical manual).

Q2: How to prevent carbonization with laser depaneling?

A: Adjust power/frequency/speed parameters, increase assist gas flow. For sensitive materials, consider UV laser systems.

Q3: How to extend punch tool life?

A: Genitec ZM10T uses SKD11 tool steel. Regular edge maintenance extends tool life beyond 800k cycles.

Q4: How to maintain multi-router synchronization?

A: Genitec GAM Series features:
       ? High-rigidity linear motors
       ? Real-time position feedback
       ? Automatic tool compensation

Request Your Custom Depaneling Solution:
   Explore Products: www.dg-genitec.com