Double Platform Inline PCBA Router Machine Milling Cutter With Broken Knife Detection

Double Platform Inline PCBA Router Machine Milling Cutter With Broken Knife Detection

Introduce

Inline PCBA Router Machine is a device used for electronic printed circuit board (PCB) depaneling, also known as PCB depaneling machine or PCB router. It is widely used in the electronics manufacturing industry to cut large PCB sheets into small-sized independent circuit boards.

The following are the main features and functions of Inline PCBA Router Machine:

1.Automated depaneling: Inline PCBA Router Machine is an automated equipment that can continuously perform PCB depaneling operations on a production line. It is usually used in conjunction with other equipment (such as PCB assembly lines) to achieve efficient automated production.
High-precision cutting: This machine uses precision cutting tools and control systems to achieve high-precision PCB depaneling. It can accurately cut PCB boards, ensuring the accuracy and quality of cutting lines.

2.Multi-tool configuration: Inline PCBA Router Machine is usually equipped with multiple tool positions that can accommodate different types and sizes of cutting tools. In this way, the appropriate tool can be selected according to the requirements of the PCB to achieve cutting of different shapes and sizes.

3.Fast cutting speed: The equipment has high-speed cutting function, which can quickly and effectively split PCB boards. This can improve production efficiency and reduce production cycle.

4.Precise positioning and clamping: Inline PCBA Router Machine has precise PCB positioning and clamping mechanism to ensure the stability and accuracy of PCB sheets during the cutting process. This avoids cutting deviations and damage, providing high-quality cutting results.

5.Programmable control: Equipment is usually equipped with a programmable control system that can be programmed according to different PCB designs and requirements. In this way, parameters such as cutting path, cutting depth and speed can be customized to meet the needs of different PCBs.

Features

1, Vacuum pick and place the PCBA.

2, Bottom cutting.

3, Double platform cutting.

4, With broken knife detection.

5, Connect the automatic production line.

6, SPC statistics function and match the ERP system.

7, Can be equipped with automatic tool change, explosion-proof function of vacuum cleaner and air volume

monitoring function.

Specification

Machine size

Details

Bottom size dust collector.

Excellent CCD system with imaging camera, moritex lens and measurement - level light source, to support machine calibration,

compensation and positioning, with great stability and anti-distrubance capacity.

Omniponent vacuum suction chuck for picking, placing , unloading, and production.

Composite unloading system, used the ESD antistaic belt to transport the separated product on the top side, and the waster is transported on the bottom side, save much space by this method.

Shenzhen HanSome Technology Co.,Ltd(HSTECH)was estabilished in 2012 by prefessional and experienced engineer who wroked many years in EMS company,we specilized in PCB handling equipments at first, then we develop the PCB depaneling machine and SMT cleaning machine. HSTECH not only have professional technical team for R&D,but also have a outgoing and experienced marketing team for research and develop, grasps products developing directions, updates the products and technics to meet the continue changing demands. In the past years,we have been always keep innovating and exploing to make cost-efficient products to help our customers saving cost and labor, improving the production efficiency at the same time.
HSTECH set the goal for "High quality and Smart”, that based on the concept of "Quality-Oriented and Customer-orented", and combined the industry feature, smart technology persuit for the smart factory.As for the after-sale service, we insist on "responsibility", we will take reaction at the first when we got quality feedbacks,and service our customers all the time.