Three-stage cutting path
Three pairs of blades divide the cutting action and help the machine locate the V-cut consistently.
PCB depaneling equipment
S-D602 LED Depaneler
A controlled three-stage cutting path for V-cut PCB separation, built around six precision knives, a long processing platform and practical material flexibility.
6 knives3-pair cutting path
6 pcscutting knives
0.5-3.0 mmcutting thickness
Unlimitedmaximum cutting length
2.5 pcs/minlisted feeding efficiency*
*Supplied condition: 1200 mm PCB with 10 PCB boards. Confirm capacity against your board layout and final configuration.
Designed for controlled separation
Keep the cut path stable from first contact to final separation.
When a V-cut board needs to be separated repeatedly, the cutting path and board support matter as much as the blade itself. This machine uses three pairs of blades to follow the microgroove in stages, with a platform arrangement designed for practical handling of long boards.
The supplied specification describes smooth separation with reduced risk of board, component and solder-joint defects after breakout.
Six-knife assembly
The six-knife arrangement is specified for V-cut PCB, aluminum PCB, FR-4, LED PCB and PCBA work.
Long working platform
A 2400 mm platform is listed in the supplied description for long-board handling and board fall-away.
SKD-11 blade material
Blades are specified as Japanese SKD-11 high-speed steel for a durable cutting edge.
Flexible board materials
Suitable materials include aluminum-based board, FR-4, glass fibre board, PCB and PCBA.
Calibration reference
The supplied data describes front and rear blade calibration using a double-frequency laser interferometry instrument.
Working principle
Align. Cut. Release.
A simple operating sequence keeps the focus on the V-cut groove and repeatable board flow.
Align the board
Position the PCB so the microgroove is presented to the blade path. The supplied limit requires more than 1 mm between components and the groove.
Cut in three stages
Three pairs of knives engage the V-cut in sequence to support a controlled separation process across the board.
Release the panel
The angled platform arrangement allows the processed board to fall away from the working surface.
Material and layout fit
For V-cut boards that need a repeatable, practical workflow.
Use the machine for the board materials and groove conditions listed below. Final suitability should be confirmed with your board sample before order.
V-cut PCB
Aluminum PCB
FR-4 board
LED PCB
PCBA
Glass fibre board
Factory media
See the cutting assembly and the working line.
The following images and videos are supplied machine media. Use the controls to inspect the operation at your own pace.
S-D602 front view
Front view of the control box, power interface and machine frame.
Three-wheel cutting assembly
Close-up view of the cutting wheels and adjustable board support.
Top control panel
Power, forward/reverse and speed controls on the S-D602 unit.
On-site cutting operation
Vertical factory footage of the cutting workflow.
Horizontal machine demonstration
Wide-format factory footage of the machine in operation.
Technical data
Specification at a glance.
The values below are transcribed from the supplied product document. Please confirm the final electrical configuration and board application before quotation.
Configuration note: the document lists both a 2400 mm processing platform and a 300 x 230 x 220 mm machine size. Confirm the final machine and platform arrangement for your project.
| Name | LED strip Aluminum PCB Depaneling Cutting Machine |
|---|---|
| Voltage | 220V / 110V, 50Hz / 60Hz |
| Cutting thickness | 0.5-3.0 mm |
| Maximum cutting length | Unlimited |
| Processing platform | 2400 mm, as listed in supplied description |
| Machine size | 300 x 230 x 220 mm |
| Weight | About 36 kg |
| Storage temperature | -20 to 50 C |
| Working temperature | 10 to 35 C |
| Blade material | SKD-11 high-speed steel material from Japan |
| Cutting materials | Aluminum-based board, FR-4, glass fibre board, PCB and PCBA, etc. |
| Feeding efficiency | 2.5 pcs per minute, based on a 1200 mm PCB with 10 PCB boards |
| Limit | Distance between parts and the microgroove should be above 1 mm; side width is unlimited |
Questions before RFQ
What should be confirmed?
A short pre-sales checklist keeps the machine configuration aligned with your actual PCB process.
What board types can it process?
The supplied document lists V-cut PCB, aluminum PCB, FR-4, LED PCB, PCBA and glass fibre board among the applicable materials.
What is the blade arrangement?
The machine uses three pairs of blades, six knives in total, for a staged cutting path along the V-cut groove.
What board information should I send?
Send board material, thickness, length, V-cut layout, distance from components to groove, and expected output per minute.
Is the cutting length really unlimited?
Unlimited is the value in the supplied specification. Confirm the actual board and platform arrangement with the final configuration before quotation.
Can it be supplied for 110V or 220V?
The supplied data lists 110V or 220V and 50Hz or 60Hz. Final electrical configuration should be confirmed for the destination market.
Can you test my board?
Yes. Include a board sample or clear drawings with the RFQ so the cutting path and application limit can be reviewed.
Prepare the next step
Send the board details. We will match the cutting path to your application.
For a fast equipment review, include the PCB material, thickness, V-cut drawing, longest board length, component clearance and target capacity.
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- Board material and thickness
- V-cut groove layout or drawing
- Board length and panel format
- Component-to-groove distance
- Destination voltage and frequency
- Target pieces per minute