Visual Alignment 4 Axis Motion Control Offline PCBA Router Machine For PCB

Product Specification

High Quantity 4 Axis Motion Control Offline PCBA Router Machine For PCB Assembly Line

 Introduction:

The RM-F550 is a newly engineered Router Machine tailored exclusively for separating entire printed circuit board assemblies (PCBA) into individual boards. It boasts a highly stable platform to ensure operational precision, featuring a standard working platform dimension of 300*350mm.

Moreover, the machine offers an optional, expanded platform size of 400*600mm to accommodate a range of PCBA sizes. For enhanced usability, the RM-F550 incorporates intuitive "visual" programming, facilitating swift and precise online configuration. Additionally, it possesses real-time monitoring capabilities during the depaneling process.

Main features:

1. We offer customers industrial equipment characterized by high performance, exceptional stability, and robust security. This is achieved through the use of high-precision linear guides, control cards, and servo motors, ensuring top-notch performance.

2. Our 4-axis motion control system leverages high-resolution CCD visual alignment technology and a dual-platform design to significantly boost production efficiency.

3. The routing spindle is of German origin and operates at speeds between 40,000 and 60,000 RPM, delivering precise and efficient cutting capabilities.

4. The moving system employs guides from Taiwan's Hiwin brand, ensuring precision and smooth operation.

5. The equipment is equipped with tool life monitoring. Once the cutter has traveled a predefined distance, it automatically switches to an unused blade, optimizing tool usage and prolonging tool life.

6. This machine is versatile, capable of depaneling straight-line, arc, and circular connected boards, accommodating a diverse range of PCB shapes and sizes.

7. The PCB substrate undergoes a two-stage continuous sliding process, minimizing downtime and maximizing overall production throughput.

Key Features

Precision Cutting:
This technology is engineered to precisely cut and separate individual PCBs from larger panels while minimizing damage.

Offline Operation:
It operates independently of the main production line, offering flexible setup and usage without disrupting ongoing manufacturing processes.

User-Friendly Interface:
Many models feature a touchscreen interface, facilitating easy programming and operation.

Versatile Cutting Techniques:
The machine supports a range of cutting methods, including routing, laser cutting, and knife cutting, tailored to the specific machine configuration.

Effective Dust Extraction:
Integrated systems minimize dust and debris during the cutting process, maintaining a clean and safe working environment.

Broad Material Compatibility:
It can handle various materials, such as FR-4, aluminum, and flexible PCBs, showcasing its versatility.

Automated Capabilities:
Certain models incorporate features like automatic height adjustment and tool changes to further enhance operational efficiency.

Benefits

Increased Efficiency
Reduces manual labor and speeds up the production process by automating PCB cutting.

Quality Control
Ensures high-quality cuts that reduce the likelihood of defects in the final product.

Flexibility
Allows for quick changes in production runs without requiring extensive reconfiguration of the main assembly line.

Cost-Effective
Helps minimize waste and improves overall production efficiency, which can lead to cost savings.

Applications

Electronics Manufacturing
Widely used in the production of consumer electronics, automotive components, and industrial equipment.

Prototyping
Useful for rapid prototyping of PCBs before full-scale production

Sepcfication: