BLANK DEVELOPMENT TRAINING MANUAL

PROGRESSIVE nesting TRAINING MANUALPrepared ByParametric Designs & SolutionsPARAMETRIC DESIGN & SOLUTIONSPROCEDURE FOR PROGRESSIVE NESTINGSTEP-1 Start the FTI 8.2 application

WORKBENCH WIZARDVIEW TOOLBARSTART MENU User interface of FTI 8.2.PARAMETRIC DESIGN & SOLUTIONSSTEP-2 Import the 3D geometry Supported File Formats are: IGES VDA STP

MODEL TREEWIZARDBEFORE IMPORTAFTER IMPORT

PARAMETRIC DESIGN & SOLUTIONSSTEP-3 Generate skin It will show three domainDomain-1: Top SurfaceDomain-2: Thickness SurfaceDomain-3: Bottom SurfaceSelect Top Surface or Bottom Surface for reference

PARAMETRIC DESIGN & SOLUTIONSSTEP-4 Define Material

STEP-6 Define Punch DirectionSTEP-5 Generate Mesh

Normal : Punch Direction normal to the surface Auto: Punch Direction gives automaticallyManual : for punch direction gives the value in x, y, z direction.Eg. X=0, y=0, z=1 means punch direction is z axis.Flip changes the punch direction arrow in upward / downward direction.

PARAMETRIC DESIGN & SOLUTIONSSTEP-7 Define Forming ProcessSTEP-8 Define Forming Condition

Define Forming ProcessForming conditions Icon

Define Forming conditions as per process

Pressure Pad applied PARAMETRIC DESIGN & SOLUTIONSSTEP-9 SolveSTEP-10 Create Blank

PARAMETRIC DESIGN & SOLUTIONS

STEP-11 Define Layout ParametersDefine Layout Parameter's Distance Between Blanks : 1.5t Blank to Coil Edge Distance : 1.5 t Carrier Width : Depend upon area . Carrier to part edge distance : 1.5 t

Select Progressive Nesting Icon

STEP-12 Nesting One Up Side Carrier

Right Click on Blue screen Select Solve Select One Up Side CarrierAll possible scenario's

These are the options for One-UpSTEP-13 Nesting Two Up Side Carrier

Right Click on Blue screen Select Solve Select Two Up Side CarrierAll possible scenario'sThese are the options for Two-UpSTEP-14 Nesting Mirror Side Carrier

Right Click on Blue screen Select Solve Select Mirror Side CarrierAll possible scenario'sThese are the options for MirrorTHANK YOU