DiproSOLID Loran

Effects of DiproSOLID Loran
General electrode design process flow

DiproSOLID Loran

Supports all Loran patterns
Creates electrode models compatible with angular, round, and spherical Loran patterns.

angular

round

spherical

Simultaneously creates electrodes for roughing, semi-finishing, and finishing.
Can simultaneously create electrode models for roughing, semi-finishing, and finishing.

Fully Automatic Extraction
Automatically extracts all positions for discharge machining from the product model. This prevents discharge machining positions being overlooked.

Comprehensive Support Tools
Easily creates the electrodes you need in the machine shop, such as electrodes for machining corners and electrodes for pitch machining.
It is able to create electrode models that meet the needs of the machine operator while reducing manual work by the designer.

Comprehensive Support Tools
Assembling different electrodes into a single electrode creates the electrode model you require.
This reduces the number of electrodes and simplifies electrode design.

Interference Check
Checking the interference between the electrode model and product model reduces the need for reworking due to interference during machining.
The interference check includes the holder shape.

Motion Simulation
A reliable interference check during motion achieved by the simulation of the electrode pitch feed and indexing axis rotation.

Applying Data to CAM
Creates models for hole boring, cutting machining, and wire electrical discharge machining (pre-machining) at the discharge machining positions.
These models can also be used as the material models for DiproSOLID die sinker CAM or IntelligentQ³vicEDM.

Linking to DiproSOLID die sinker CAM and IntelligentQ³vicEDM ⇒ Direct Link to Machining site Assembly models comprising electrode, product, and product material (workpiece) models created using DiproSOLID Loran can be used directly in DiproSOLID die-sinker CAM and IntelligentQ³vicEDM.
Moreover, DiproSOLID die sinker CAM uses the Loran pattern and the amount of electrode wear defined when the electrode was designed as the discharge machining definitions. This eliminates manual work and allows consistent data application.