GAM300AT In-Line Carrier-Based PCB Router Depaneling System

Description

The GAM300AT is a high-performance in-line PCB router engineered for carrier-based SMT workflows. With a carrier flow-through track, it supports complete line automation, enabling continuous production with minimal manual intervention.

Equipped with a high-speed spindle and automatic tool changer, the system reduces cutting stress while maintaining precise routing accuracy. Its compact footprint and robust design allow seamless integration into modern electronics manufacturing environments where space, precision, and efficiency are critical.

The high-speed CCD vision alignment system ensures accurate and repeatable routing by detecting PCB offsets and automatically adjusting cutting paths. The ESD-safe spindle and low-stress routing design protect sensitive PCBA components.

A high-power dust collection system, combined with HEPA filtration and a patented floating brush (ZL201721620742.X), effectively removes debris and maintains a clean, safe production environment. Optional features such as barcode readers and customized MES connectivity enhance traceability and workflow automation.

Key Benefits

• Supports carrier-based, full-line SMT automation

• High-speed, precise routing with minimal mechanical stress

• ESD-protected operations for sensitive components

• Effective dust collection with real-time monitoring

• Optional smart factory integrations with MES and barcode tracking

• Compact design for space-efficient production

Choose GAM300AT for a reliable, automated, and scalable PCB routing solution trusted by thousands of manufacturers worldwide.

Application Examples

Suitable for edgeless board processes, power adapters, mobile phones, and other industries.

Specification

Model	GAM300AT
Valid cutting size	350*300mm
Loading method	Track delivery
Unloading method	Track delivery
Movement direction	Left to right or right to left
Cutting function	Tweening to straight line, L shape, U shape, Circle, Arc
Repeat precision	±0.01mm
Cutting precision	±0.05mm
Max moving speed	XY: 1000mm/sec, Z: 800mm/sec
Spindle’s speed	MAX: 60000rpm
Tool change type	Auto tool change
Cutting speed	1-100mm/s
Operating system	Windows10
The program teaching method	Intuitive teaching by CCD color image input
Control method	Precision multi-axis control system
XYZ axis driving mode	AC Servo motor
Size of milling tool	0.8-3.0mm
Voltage/Power requirement	AC220V 50/60Hz 4KW Single-phase
Pneumatic pressure requirement	0.6MPa, 75L/min
Dimensions(W*D*H)	930*1101*1689mm
Weight	550kg
Dust collector	TS300L

Q1: What types of PCBs can the GAM300AT handle?

It is suitable for edge-free boards, compact designs, and PCBs with power adapters, ensuring safe routing without the need for manual fixtures.

Q2: How does the CCD vision system improve accuracy?

The high-speed CCD detects PCB offsets in real time and automatically adjusts the cutting path, ensuring precise and repeatable routing.

Q3: Does the system protect sensitive components?

Yes. The ESD-protected spindle and low-stress routing process minimize the risk of damage to PCBA components.

Q4: How does the machine manage dust during routing?

It features a high-power dust collector with HEPA filtration, a patented floating brush, and a negative pressure detector to maintain a clean production environment.

Q5: Can the GAM300AT be integrated into existing SMT lines?

Yes. Its carrier-based design, flexible outfeed orientation, and multiple feeding options allow seamless integration with upstream and downstream SMT equipment.

Q6: Are there options for traceability and smart factory integration?

Yes. Optional barcode readers and customized MES connectivity allow for full traceability and workflow automation.

Q7: How is maintenance handled?

Built-in software provides reminders for spindle maintenance, tool changes, and dust filter cleaning, reducing unexpected downtime.

Q8: Which industries commonly use the GAM300AT?

Manufacturers widely use it in consumer electronics, mobile devices, automotive electronics, and industrial control applications that demand high-precision PCB routing.