|
For Drilling and Isolation Routing CCD |
|
For a larger working area than the CCD2 the standard CCD is available in Manual or Automatic Tool Change versions. The maximum working area is approximately 324 X 495 mm. These high speed, accurate machines will drill PCBs, manufacture isolation routed prototype boards, and engrave a whole range of substrates including aluminium.
For PCBs the machine will accept the drilling files created by most CAD software packages and will drill several boards in a stack. As with the CCD2 it is also possible to produce prototype PCBs without the use of etching chemicals, the method of production known as isolation routing. A special piece of software is available, called IsoCam, which uses the data from the GERBER files to generate the corresponding outline shape.
The whole operation can be performed ‘real time’ in Windows. The high speed and precision of these machines, together with a range of specifically designed sophisticated features (e.g. mechanical depth limitation) make this method of production highly accurate and efficient. |
|
Leer más...
|
|
|
For Drilling and Isolation Routing CCD/2 |
|
The CCD2 is the smallest in a range of CNC machines for drilling and routing of PCBs and other materials. All our CNC units can be used for 'Isolation Routing' where the unwanted copper to produce a PCB is removed mechanically rather than chemically etched. The CCD2 is the smallest and most affordable unit but it still has a processing area of 270mm x 320mm.
All CNC machines are complete with drill and profile routing software. For Isolation Routing the IsoCam software is also needed but there is no need to buy the separate "Windows Black Box" as this is now supplied integrated in the CCD/2. The ROUTEPRO 2005 software is also supplied. All the CNC machines include a Kavo high frequency spindle (60,000 rpm) and software controlled Z-Axis for optimum processing. All machines accept industry standard tools. A floor standing enclosure is available with storage cabinet and lockable wheels. |
|
Leer más...
|
|
|