Our Aluminum PCB depaneling machine-High Efficiency, Precision Cutting.With its advanced multiple sets of blades, this high-efficiency machine offers precise cutting, increased production capacity, and reduced labor costs. Explore the benefits of this cutting-edge solution for your LED board production needs.

Machine Configuration:

1. Built-in vacuum cleaner
2. Anti-misoperation function: A. The guide belt section is a feeding mechanism without fixed edges, allowing for adjustable width. B. The guide belt wheel has a pressure wheel adjustment plate to allow the board edge to pass. Aluminum PCB depaneling machine prevents the board from being damaged due to movement during the V-CUT position change when the cutting group is engaged, thus improving product yield for customers. C. Both sides of the cutting group have rubber-coated wheels to enhance continuous board feeding, allowing for continuous correction of offset generated during the cutting process.

Machine Features:

1. Aluminum PCB depaneling machine utilizes multiple sets of upper and lower blades for simultaneous cutting.
2. Equipped with adjustable foot cup wheels at the bottom for easy mobility; stability must be ensured when not in motion, with the foot cup adjustable to a height of 50mm or more.
3. Aluminum PCB depaneling machine includes an SMEMA interface for communication and linkage with other devices, with a reserved network interface for future internal networking convenience.
4. Power supply: AC230V; Air source: 4-6KGF/cm².
5. Essential safety protection devices are installed.
6. Smooth operation is required, with necessary detection components.
7. Normal production capacity should exceed 1500PCS/H.
8. Features data monitoring and statistical output: startup time monitoring, production capacity monitoring, equipment fault information, and automatic rejection system.
9. Utilizes multiple sets of upper and lower blades for simultaneous cutting.
10. The distance between upper and lower blades can be accurately adjusted, with board thickness requirements ranging from 0.6mm to 3.5mm.
11. Gap between upper and lower blades can be adjusted based on PCB board V-CUT spacing, with precision control within 0.1mm.
12. Distance between adjacent blade sets can be adjusted between 8mm to 25mm, allowing for quick width adjustments.
13. Circuit board materials include aluminum substrate, copper substrate, FR4, and fiberglass board.
14. Conveyor line speed is adjustable.
15. Product placement mechanism can be adjusted based on product width.

Characteristics:

1. Perfectly controls board splitting deformation, meeting the stringent requirements of glass tube dispensing processes.
2. Easy to use with simple training, blade adjustment is not complex, and ordinary staff can quickly learn after basic training.
3. SMEMA interface enables communication and linkage with other devices, with a reserved network interface for future internal networking convenience.
4. Aluminum PCB depaneling machine provides data monitoring output: startup time monitoring, production capacity monitoring, equipment fault information, and automatic rejection system (trouble shooting).
5. Board splitting materials include copper substrate, aluminum substrate, FR4, fiberglass board, T5/T8 light bars, tube light boards, etc.
6. The distance between upper and lower blades can be accurately adjusted, with board splitting thickness requirements ranging from 0.6mm to 3.5mm. The gap between upper and lower blades can be precisely adjusted based on PCB board V-CUT spacing, with accuracy controlled within 0.01mm.

Machine specification

1. Aluminum PCB depaneling machine utilizes multiple sets of upper and lower blades for simultaneous cutting.
2. Aluminum PCB depaneling machine is equipped with adjustable foot cup wheels at the bottom for easy machine movement; stable fixation is required when not in motion, with adjustable cup height of at least 50mm.
3. Equipped with SMEMA interface for communication linkage with other equipment, and provision of reserved network interface for future in-house networking.
4. Power supply: AC230V, Air supply: 4-6KGF/cm2
5. Equipped with necessary safety protection devices.
6. The machine requires stable operation and necessary detection components.
7. Normal production capacity of at least 1500PCS/H.