| Spare parts(24 H)-Fiona |  |
| Equipment-Lee | |
| Maintainance consumables-Jessica | |
A customer was looking for a PCB depaneling machine to separate PCBA panels.
After adding PCB thickness, the total height reaches approximately 39.2 mm.
Because of this, the customer needed a depaneling machine with:
The gap between the lower straight blade and the machine table is too small.
Due to the tall components mounted on the PCBA, the current semi-automatic V-CUT depaneling machine cannot process the board safely.
The PCBA contains densely populated components and solder joints.
During depaneling, improper operation can easily cause:
The customer’s PCB panel size is relatively large:
This makes both automatic and semi-automatic depaneling machines more difficult to operate efficiently for each panel.
Currently, there are three main types of Desktop Mini table PCB depaneling machines:
| # | Off-cuts remover (Off-cuts PCB separator) | V-CUT PCB Separator | V-CUT PCB Separator | V-CUT PCB Separator | Automatic milling cutter curve PCB separator |
| Model | JYDM-1 | JYVM-L460 | JYV-L460 | FS-VC5A | FS-W400 |
| Manual/Auto | Manual | Semi-auto | Auto | ||
| PCB Cutting Type | Off-cuts remover | V-cut PCB separating | PCB Cutting for Straight line, L-shaped, U-shaped, Circlar arc,circular | ||
| Cutting PCB size | unlimited | Length: Max 460mm Width: unlimited | Length:0~400/0-600mm Width: unlimited | Width: Max 260mm Length: unlimited | 400*400mm (or big optional) |
| Blade type | T blade, L blade | Liner blade & circular blade | Circular blade | Milling bit(0.8-3.0mm) | |
| Cutting board type | PCB & PCBA | ||||
| Air collection | None | Optional for air collection device | Optional for upper or bottom air collection | ||
We recommended:
However, the customer provided the following feedback:
The customer already uses this type of machine.
However, because of:
The depaneling damage rate remained high.
After comparing different depaneling methods, the customer finally selected a:
Their main priority was:
✅ Protecting PCB components
✅ Reducing solder cracking
✅ Lowering depaneling stress
✅ Improving safety for high-profile components
Before choosing PCB separator cutting machine and we should be careful following.
| Problem | Description |
|---|---|
| PCB Cracking | Excessive stress during depaneling may crack the PCB substrate or copper traces |
| PCB Delamination | Internal PCB layers separate because of stress or thermal expansion |
| Burrs and Rough Edges | Poor blade alignment or incorrect V-CUT depth causes rough board edges |
| Copper Trace Damage | PCB routing or V-CUT stress may damage nearby copper traces |
| Problem | Description |
|---|---|
| Blade Misalignment | Upper and lower blades are not aligned correctly |
| Cutting Offset | Depaneling path deviates from the V-CUT line |
| Difficult Board Separation | Residual PCB connection is too thick after V-CUT |
| Component Damage | Tall or sensitive components collide with the blade or table |
| Solder Joint Cracking | Mechanical stress damages solder joints during separation |
| Machine Mechanical Failure | Blade wear, sensor issues, or unstable movement affect depaneling quality |
Choosing the right PCB depaneling machine depends heavily on:
For this customer, protecting sensitive components was more important than automation speed, which is why the manual depaneling machine became the best option.
What challenges are you facing during PCB depaneling?
Feel free to leave a comment and discuss with us.
I’m Fiona, and I’m always happy to help with SMT and PCB depaneling solutions.
