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FPC Contour Cutting | Coverlay Opening | Micro-Hole Drilling | Rigid-Flex Laser Processing
Chanxan FPC laser cutting machine is designed for precision contour cutting, singulation, coverlay opening, micro-hole drilling, and window processing of flexible printed circuits (FPC), rigid-flex boards, and related multilayer flexible electronic structures. It enables high-accuracy, non-contact laser processing for delicate circuit materials while reducing burrs, edge lifting, mechanical stress, and thermal damage in high-density electronic manufacturing.
Flexible printed circuits (FPCs) are widely used in smartphones, wearable devices, automotive electronics, medical devices, camera modules, and other compact electronic assemblies because of their lightweight structure, high wiring density, bendability, and design flexibility. Typical FPC constructions may include polyimide substrates, copper foil layers, coverlay films, adhesive layers, stiffeners, and multilayer laminated structures.
Chanxan FPC laser cutting machine is engineered to provide high-precision, non-contact processing for flexible circuit manufacturing. It is suitable for contour cutting, singulation, coverlay cutting, micro-hole drilling, stiffener trimming, and local window opening on single-sided, double-sided, multilayer FPC, and rigid-flex structures. With optimized UV or ultrafast laser configurations, the system helps manufacturers improve edge quality, reduce mechanical stress, and achieve stable processing performance for high-value electronic components.
Non-contact cutting for delicate flexible circuits
Better control for coverlay openings, fine slots, micro-holes, and complex FPC outlines
Suitable for multilayer FPC and rigid-flex transition areas
No die tooling required for prototypes, small batches, and frequent design revisions
Improved consistency for miniaturized and high-density electronic components
Better flexibility for customized FPC projects and mixed-model production
Requires physical dies (molds) for each design.
Limited by die complexity and manufacturing constraints.
Mechanical pressure can deform sensitive materials.
Costly and time-consuming to change designs.
Physical contact increases risk of mechanical stress.
Higher maintenance costs for sharp tooling.
Precision cutting of finished FPC outlines, irregular profiles, narrow-edge parts, and complex geometries for flexible electronic assemblies.
Low-stress separation of finished FPC units from panels, suitable for delicate flexible circuits and rigid-flex assemblies where mechanical depaneling may cause damage.
Laser opening of coverlay layers for solder pads, contact points, connector areas, and selective exposure zones in flexible circuits.
High-precision drilling of mounting holes, positioning holes, vent holes, and micro-feature openings in FPC materials and laminated structures.
Processing of slots, connector openings, camera module windows, sensor windows, and other localized features requiring clean edge quality and dimensional accuracy.
Suitable for trimming stiffener edges, processing adhesive-backed reinforcement areas, and precision shaping of selected multilayer FPC structures.
Visualizing clean-edge laser processing results for flexible printed circuit manufacturing, including contour cutting, singulation, coverlay opening, micro-hole drilling, and rigid-flex processing.
Used in the production of compact flexible circuits for smartphones, tablets, laptops, and portable consumer devices.
Smartphone FPCs
Display interconnect circuits
Charging module FPCs
Battery connection flex circuits
Compact connector FPC assemblies
Applied in miniaturized flexible electronic components for wearable and portable smart devices requiring tight layout control.
Smartwatch flex circuits
Smart band interconnects
Compact sensor FPCs
Charging contact circuits
Wearable display flex assemblies
Suitable for precision cutting and opening of flexible circuits used in camera modules, image sensors, and autofocus units.
Camera module FPCs
Autofocus flex circuits
Image sensor interconnects
Lens module connection circuits
Optical component flexible connectors
Applied in automotive camera systems, display assemblies, sensors, and compact in-vehicle electronic systems.
Automotive camera flex circuits
Dashboard display FPCs
Sensor connection circuits
Control module flexible interconnects
Battery-related flexible assemblies
High-resolution vision positioning ensures accurate alignment for contour cutting, coverlay openings, and drilled features in complex FPC layouts.
Supports precision energy control for flexible circuit processing, enabling cleaner cuts, reduced thermal impact, and better consistency.
Stable motion architecture with high positioning accuracy for narrow contours, micro-features, and repeatable processing.
Enables clean profile cutting of delicate FPC structures with reduced burrs, improved dimensional consistency, and better adaptability to intricate layouts.
Supports non-contact depaneling of completed FPC products, helping reduce stress damage to flexible circuits and multilayer assemblies.
Suitable for solder pad exposure, local openings, micro-holes, and narrow slots in coverlay and multilayer FPC structures.
Improves efficiency for prototypes, frequent design updates, multiple SKUs, and small-batch electronic manufacturing projects.
Supports precision processing of complex circuit stack-ups where conventional punching or routing may compromise quality or flexibility.
| Features | Parameters |
|---|---|
| Model | CW-6050PZ |
| Laser Source | Picosecond UV / Green / IR |
| Laser Power | 30W |
| Motion System | X/Y/Z Precision Motion Platform |
| Working Area | 500 × 500 mm / 600 × 900 mm |
| Vacuum Adsorption Table | 1200 × 700 mm (Customizable) |
| Recommended Material Thickness | ≤3 mm |
| Max Processing Speed | ≤3000 mm/s |
| Processing Accuracy | ≤30 μm |
| Positioning Accuracy | ±1 μm |
| Repeatability | ±1 μm |
| Vision Alignment | High-resolution CCD |
| Software | Chanxan Self-developed Control Software |
| Supported Formats | PLT, BMP, DXF, DWG, AI, LAS, etc. |
| Supply Voltage | 380V ±10%, 50Hz |
Empowering global manufacturing with 14+ years of expertise, dual CE & ISO certified quality, over 100 national patents, and a comprehensive Technical Training Service designed for your operational success.
Systematic Training: Comprehensive full-process skill coverage.
Expert Support: Continuous project follow-up by senior engineers.
Multiple Formats: Flexible learning modes to maximize operational efficiency.
Outcome Driven: Empowering clients from "knowing" to "mastering" technology.
24H Fast Response: Technical diagnosis and solutions within 24 hours.
Warranty Policy: 1-year machine warranty with lifetime technical support.
Global Parts Supply: Rapid delivery of original parts via global network.
Lifecycle Care: From installation to long-term maintenance and software upgrades.
In-depth analysis of your specific material and performance requirements.
Precision laser sampling to verify the feasibility of the technical solution.
Bespoke manufacturing under ISO9001 quality management systems.
Final testing, professional wooden packing, and secure global shipment.
We are seeking professional partners to expand our presence in the global industrial laser market. Scale your business with Chanxan's high-end technology and manufacturing strength.
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