PCB Depaneling & Laser Cutting

Precision Multilayer PCB Cutting & Depth Control

Our advanced laser systems excel at multilayer PCB depaneling and flexible-rigid PCB separation with unmatched precision depth control. The precisely focused UV laser beam cuts through multiple layers in single or multi-pass operations, with programmable depth settings down to individual layer specifications.

This multilayer cutting capability is essential for:

• Rigid-flex PCB separation – Clean separation of rigid and flexible sections without delamination
• Multilayer board singulation – Precise depaneling of complex multilayer assemblies
• Thin film processing – Gentle cutting of sensitive polyimide and flexible materials
• Selective layer removal – Controlled depth cutting for specific layer access
• Medical device PCB processing – Critical precision for implantable and diagnostic equipment
• Automotive multilayer boards – High-reliability processing for safety-critical applications

Unlike mechanical cutting methods, our non-contact laser processing eliminates mechanical stress, prevents layer shifting, and maintains dimensional stability across all material combinations – from ultra-thin flexible films to thick rigid-flex constructions.

Non-Contact Laser Processing: Zero Warpage, Maximum Precision

Our non-contact laser cutting process eliminates mechanical stress and material warpage through advanced vacuum table fixturing systems. Unlike traditional milling or punching methods, our material-friendly laser processing holds unpopulated PCBs and sensitive substrates securely in place without clamping pressure or mechanical contact.

This zero-warpage laser cutting technology delivers critical advantages:

• Thin material processing – Process ultra-thin flexible PCBs without distortion or damage
• Sensitive substrate handling – Protect delicate materials from mechanical stress
• Precision dimensional control – Maintain tight tolerances across all material thicknesses
• No fixture marks or damage – Eliminate clamping impressions and surface defects
• Flexible PCB cutting without warpage – Critical for medical and aerospace applications
• High-frequency material processing – Preserve electrical properties in RF substrates
• Multilayer board stability – Prevent layer separation during processing

Our vacuum fixturing technology provides uniform holding force across the entire PCB surface, ensuring consistent processing results from prototype quantities to high-volume production runs. This non-destructive processing method is especially valuable for processing expensive materials where scrap reduction is critical.

Custom ESD-Compatible Carrier Systems for Electronics Manufacturing

Our specialized ESD-compatible carrier systems provide comprehensive electrostatic discharge protection during assembled PCB processing and circuit board singulation. These custom-engineered PCB handling systems securely hold populated circuit card assemblies throughout the entire laser cutting process, preventing component damage and ensuring safe part handling.

Our custom carrier design capabilities deliver critical advantages for electronics manufacturing:

• Complete ESD protection – Safeguard sensitive electronic components during laser processing
• Secure panel positioning – Precise fixture alignment for consistent cutting accuracy
• Post-singulation protection – Parts remain safely secured after separation
• Damage prevention systems – Eliminate component shifting and mechanical stress
• Custom-engineered solutions – Carriers designed specifically for your PCB configurations
• In-house manufacturing control – Rapid prototyping and design modifications
• High-volume production ready – Scalable systems for mass manufacturing requirements

Each ESD-safe carrier system is designed by our application specialists and manufactured in our facility using conductive materials and grounding systems that meet or exceed IPC-2020 ESD standards. This integrated ESD protection is essential for processing sensitive electronics in medical devices, automotive systems, and consumer electronics where component reliability is critical.

Our in-house carrier manufacturing ensures rapid delivery, design flexibility, and ongoing support throughout your production lifecycle.

Burr-Free Laser Cutting with Minimal Thermal Effects

Our UV and ultrashort-pulse laser systems deliver burr-free cutting results through precise material vaporization technology. Unlike mechanical cutting methods that create burrs and rough edges, our precision laser cutting process completely vaporizes the target material, producing clean, smooth cut edges without any post-processing requirements.

This thermal-controlled laser processing provides superior edge quality advantages:

• Zero burr formation – Complete material vaporization eliminates cutting debris
• Minimal heat-affected zone (HAZ) – Prevents thermal damage to surrounding areas
• Delamination prevention – Protects multilayer PCB integrity and bond strength
• Smooth, vertical cut edges – Eliminates secondary finishing operations
• Clean edge geometry – Critical for high-frequency RF and microwave applications
• No mechanical stress – Preserves material properties and dimensional stability
• Contamination-free processing – Essential for medical and aerospace applications

The ultrashort-pulse laser technology delivers energy in femtosecond pulses, creating an extremely small heat-affected zone that prevents composite material delamination and maintains the structural integrity of flexible-rigid PCB constructions.

This burr-free laser cutting capability is particularly valuable for:

• Medical device manufacturing where smooth edges prevent contamination
• Automotive electronics requiring reliable electrical connections
• Aerospace PCBs where material integrity is mission-critical
• High-density interconnect (HDI) boards with tight spacing requirements

Proprietary CleanCut Process: Ultimate Precision & Quality

For the most demanding precision PCB applications, our exclusive CleanCut laser process utilizes advanced ultrashort-pulse (USP) laser technology to deliver unmatched edge quality and dimensional accuracy. This smoke-free, particle-free cutting process eliminates contamination concerns while achieving the highest precision laser cutting standards in the industry.

Our CleanCut technology advantages include:

• Zero smoke residues – Complete elimination of cutting byproducts and contamination
• Particle-free processing – Critical for clean room and medical device manufacturing
• Near radius-free contours – Sharp internal corners and precise geometric features
• Smooth, vertical cut edges – Superior surface finish without post-processing
• Maximum dimensional stability – Consistent accuracy across complex geometries
• High-speed throughput – Optimized cutting speeds without quality compromise
• Complex geometry capability – Intricate patterns and tight tolerance features

The CleanCut USP laser process delivers precision cutting results that exceed traditional laser methods:

✓ Edge quality: Mirror-smooth, vertical walls with minimal surface roughness
✓ Geometric accuracy: ±2 μm repeatability for critical dimensional requirements
✓ Material compatibility: Optimized for flexible PCBs, rigid-flex, and advanced substrates
✓ Clean room compliance: Meets ISO 5 contamination standards for medical applications

This proprietary laser cutting technology is essential for:

• Medical implantable devices requiring biocompatible, smooth surfaces
• Aerospace electronics where reliability and precision are mission-critical
• High-frequency RF circuits needing precise edge geometry for signal integrity
• Automotive safety systems demanding consistent quality and performance
• Semiconductor packaging requiring contamination-free processing environments