The first stage of the InCAM process is automatic input, run from the Read-In subsystem. Auto input automatically imports customer design data into InCAM and transforms it into a single job file, with steps, layers and graphical data. Auto input supports a wide range of input formats and syntaxes, allowing you to accommodate a diverse customer base.

The 1-up Editor allows you to view and edit board layers while providing selection tools and advanced functions, such as copper area calculation, automatic pad substitution, automatic BGA/SMD recognition, teardrop creation, layer compare and more. This module also enables the possibility to perform basic manual panelization. For automatic panelization, see the Automatic Panelization module.

 

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The Design Analyzer allows you to review designs before, during and after tooling, facilitating interactive graphic control over all pre-production engineering parameters. The Design Analyzer offers layer-specific analyses.

 

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The Output subsystem prepares job data for output to a range of machines and systems and converts layers into transferable output formats according to user-defined instructions. You can verify the success of the output by generating a graphic postview of the output file or comparing the postview file to the original board layer, using Compare Layers. Then check that the two are identical.

 

Gerber	Gerber 274D
	Gerber 274X
	Pentax
CAM	ODB++
	Orbotech
	DPF
	IGI PAR
	OPF
	OPFX
	Excellon IMAGE
	NEC
Netlist	IPC-D-356
	IPC-D-356A
Drawing	HPGL I/II
	DXF
	Postscript
	RPD
	ETEC
Drill/Rout	Excellon I/II
	PDA
	Sieb Mayer 1000/3000
	ATI
	WESSEL
	Posalux
	Trudrill
	Hitachi
Laser Drill	ESI
	Hitachi
	Excellon