The V-Cut Machine (WET-PR-04) is a profiling & routing system engineered for printed-circuit-board fabrication. Each unit is configured around your panel size, throughput target, and automation level rather than sold as a fixed catalog item, so the specification reflects the work it actually has to do on your line.
Where the V-Cut Machine Fits in the Process
In a PCB line the V-Cut Machine sits in the profiling & routing area. Correct integration with the steps before and after it is what protects overall yield, cycle time, and cost per panel, so it is specified as part of the wider flow rather than in isolation.
Features and Capabilities
- CNC routing with vacuum hold-down for burr-free edges.
- Tool management for repeatable profile accuracy.
- V-cut and separation options for panel depaneling.
- Recipe management and process logging via the cnc controller.
- Supplied as semi-automatic, with options for line integration.
Common Use Cases
Used to profile, route and depanel boards prior to electrical test and shipment.
Build and Support
The V-Cut Machine is assembled and tested in-house. Electrical, air, water, and exhaust requirements are detailed in the installation drawing issued before delivery. After commissioning we provide process guidance and spares documentation to keep uptime high.
Talk to Our Engineers
Every V-Cut Machine is quoted against a real specification, not a list price. Share your requirements and our engineering team will propose a build and confirm pricing and lead time.
Frequently Asked Questions
What is the maximum panel or workpiece size for the V-Cut Machine?
Can the V-Cut Machine be customised for our process?
What lead time and support come with the V-Cut Machine?
What throughput can the V-Cut Machine achieve?
Sources & References
- ASTM E407: Standard Practice for Microetching Metals and Alloys
- IPC-A-600: Acceptability of Printed Boards
- Photo Chemical Machining Institute — process capability guidelines
- NIST Engineering Statistics Handbook — process tolerance and capability
Standards are referenced for context. Always confirm parameters against the current published edition and your own process validation.

