ZAM330AT/330AD In-Line PCB Laser Depaneling Machine

설명

Item	ZAM330AT
Data Processing Software	CircuitCAM7
Operation Software	DreamCeaTor 3
Laser Source	Optional UV / Green / Infrared, Picosecond / Nanosecond
Max. Processing Area	300 mm × 300 mm (Dual Work Platforms)
Scan Galvo	intelliSCAN + RTC5
Telecentric Lens	Wavelength-dependent
Reflector	Wavelength & Power-dependent
모	Servo motor
Motion Control Card	GTS-400
CCD Light Source	Ring light
Industrial PC	CPU: i5, Memory: 4G DDR3, HDD: 1TB
Display	17-inch LCD
Platform Structure	Granite
Dimensions (W × H × D)	1620 mm × 1770 mm × 2250 mm

High-Precision PCB Laser Depaneling

The ZAM330AT/330AD is an in-line PCB laser depaneling solution designed for manufacturers that require precise, low-stress, and repeatable PCB separation.

Unlike mechanical depaneling methods that rely on physical contact with the board, laser depaneling uses a controlled non-contact cutting process. This makes it particularly suitable for high-density PCBs, thin or sensitive substrates, complex board outlines, and applications where components are positioned close to the cutting path.

The ZAM330AT/330AD combines precision laser processing with automated positioning and in-line production integration, helping electronics manufacturers reduce manual handling while maintaining consistent cutting quality.

Why Choose Laser Depaneling?

Laser depaneling is particularly valuable when mechanical cutting may create unwanted stress or when PCB designs require highly precise cutting paths.

Compared with mechanical PCB routing or V-groove separation, laser processing provides a non-contact cutting method that can be advantageous for sensitive, thin, high-density, and complex PCB designs.

Key advantages include:

• Non-Contact Cutting — Minimizes mechanical contact with the PCB during separation.
• Low Mechanical Stress — Helps reduce stress-related risks for sensitive assemblies and components.
• High Precision — Supports accurate cutting paths for demanding PCB geometries.
• Complex Shapes — Suitable for irregular outlines and detailed cutting paths.
• Stable Quality — Provides repeatable processing results across production runs.
• Inline Automation — Supports integration into automated SMT and PCBA production environments.

Key Features of ZAM330AT/330AD

In-Line Laser Depaneling
Designed for integration into automated production lines, the ZAM330AT/330AD supports continuous PCB processing with reduced manual handling.

Non-Contact Laser Cutting
The laser cutting process reduces direct mechanical contact with the PCB, making it suitable for sensitive electronic assemblies.

High-Precision Positioning
Automated positioning and controlled laser processing support accurate cutting along programmed paths.

Complex PCB Geometry Processing
Laser cutting provides flexibility for irregular outlines, detailed profiles, and demanding PCB geometries.

Low-Stress PCB Separation
The non-contact process helps minimize mechanical stress during PCB separation, which is particularly important for sensitive and high-value assemblies.

PCB & FPC Processing
The system can support PCB and FPC-related laser processing applications depending on material, thickness, and cutting requirements.

Automated Production Integration
The ZAM330AT/330AD can be integrated into automated manufacturing workflows to improve process consistency and reduce repetitive operator intervention.

The ZAM330AT/330AD is an advanced online laser depaneling solution designed for high-precision, stress-free cutting of PCBs, FPCs, and a wide range of electronic substrates. With automated handling and seamless integration into SMT production lines, it ensures higher throughput, accuracy, and product quality.

⚡ Precision Laser Cutting

• Supports both UV and CO₂ laser options

• Cut width as fine as 25–40 μm with UV

• Minimal thermal impact, burr-free edges

• Suitable for copper, resins, ceramics, and RF materials

🔄 Fully Automated Inline Operation

• Online loading and unloading with robotic arms

• Dual worktables for continuous processing

• Automatic alignment using CCD vision and height measurement

• Supports integration with MES systems for data tracking and quality control

🛠 Flexible Applications

Ideal for:

• PCBA depaneling

• FPC outline cutting

• Coverlay window opening

• Gold finger cutting

• Advanced materials: LCP, MPI, PI, PET, FR4, FR5, CEM, HTCC/LTCC ceramics

💡 Intelligent Control & Software

Equipped with proprietary hardware and software, the system offers:

• Optimised cutting paths for speed and efficiency

• GUI-based interface with a low learning curve

• Optional advanced functions like Skywriting and precision drilling

• Seamless integration with smart factory systems

🌍 Reliable Industrial Solution

Built for mass production, the ZAM330AT/330AD features:

• Stable granite base for vibration-free cutting

• Dust extraction and cooling for clean operation

• Continuous 24/7 production capability

• Proven reliability across automotive, telecom, medical, and consumer electronics industries

응용 프로그램

The ZAM330AT/330AD is suitable for electronics manufacturing applications where precision, low mechanical stress, and repeatable PCB separation are critical.

• Automotive Electronics — For sensitive sensor modules, control boards, and high-reliability electronic assemblies.
• Medical Electronics — For applications where PCB quality and process consistency are critical.
• 소비자 전자공학 — For compact, high-density PCB assemblies with demanding cutting requirements.
• Communication Electronics — For high-density boards and sensitive electronic modules.
• Industrial Electronics — For precision PCB processing in demanding production environments.
• FPC & Flexible Electronics — For suitable flexible and thin-substrate laser cutting applications.
• High-Reliability Electronics — For products where minimizing mechanical stress during depaneling is an important process consideration.

When Should You Choose Laser Depaneling?

Laser depaneling may be a suitable choice when:

• Components are positioned very close to the PCB edge.
• The PCB or substrate is thin, fragile, or sensitive.
• Mechanical stress during depaneling is a major concern.
• PCB outlines are complex or irregular.
• High cutting precision is required.
• Product reliability requirements are particularly demanding.
• The production line requires automated in-line depaneling.
• PCB or FPC designs continue to become smaller and more densely populated.

For conventional PCB designs where mechanical stress and complex cutting paths are less critical, router or V-groove depaneling may remain a more economical choice. The right depaneling method should be selected according to PCB design, material, production volume, and quality requirements.

FAQ

What is a PCB laser depaneling machine?

A PCB laser depaneling machine uses a controlled laser beam to separate individual PCBs from a panel without relying on mechanical cutting tools.

What are the advantages of laser PCB depaneling?

Laser depaneling provides a non-contact cutting process with high positioning precision and reduced mechanical stress. It is particularly useful for thin, sensitive, high-density, and complex PCB designs.

Is laser depaneling better than PCB routing?

Not necessarily. The best method depends on PCB design, material, production volume, edge requirements, and mechanical stress sensitivity. Laser is often preferred for thin, sensitive, high-density, or complex boards, while routing can be more economical for many conventional PCB designs.

Can the ZAM330AT process FPC?

The ZAM330AT/330AD can support suitable PCB and FPC laser processing applications depending on material, thickness, geometry, and cutting requirements. Customers should provide sample materials or drawings for application evaluation.

Can the ZAM330AT be integrated into an SMT production line?

Yes. The ZAM330AT/330AD is designed as an in-line laser depaneling solution and can be configured for automated production environments.

What materials can be processed by laser depaneling?

The suitable material depends on the laser source, thickness, structure, and required cutting quality. PCB and FPC materials should be evaluated before final machine configuration.

Can Seprays test my PCB before recommending a laser machine?

Yes. Providing PCB drawings, material information, thickness, cutting paths, and production requirements allows Seprays to evaluate the application and recommend a suitable laser depaneling configuration.

Request a PCB Laser Depaneling Evaluation