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A Smart

Casting
Design
Solution

Create Optimized Gating Design for Soundness Casting

The Easiest Design Ever
CREATION

Knowledge-based Casting Design Database
Anyone can Easily Learn and Use

  • 3D-INGATE
  • RUNNER
  • RISERING
  • SLEEVE

Easy and fast drawing

Drawing 3D Ingates
on the Parting Plane

Even if it is not located on the same plane as the runner,
it creates an ingate based on the set parting line.

Easy and fast drawing

Smooth Curved Runner
with Easy Handling

It is possible to create a smooth curved runner shape without complicated procedures or operations.

Easy and fast drawing

Feeding System Design
Based on Casting Knowledge

As a knowledge-based system, anyone can create a feeding design with risering formula

Easy and fast drawing

Place Your
Exothermic Sleeve
For the Best Efficiency

Exothermic sleeves can be placed on the castings from the database of various suppliers.

1 Check Up Modulus
Before Determine Riser Size

Check up the soundness design by measuring the modulus of
the product, riser, and riser neck.

  • 1. Real-time calculation
  • 2. Calculation for respective risers
  • 3. Visualization on the graph and text

Quickly edit your design

2 Check Up Feedability
How It Works Risering

It is the way to check up whether molten metal is well supplied
to the castings from the riser and determining whether the size
is appropriate with volume changes of material.

  • 1. Real-time calculation
  • 2. Calculation for respective risers
  • 3. Visualization on the graph and text

Quickly edit your design

3 Effective Riser
Effective Feeding Height

The effective height of the designed riser is the most basic
check for shrinkage defect control.

  • 1. Real-time calculation
  • 2. Height measurement relative to the parting line
  • 3. Visualization on the graph and text

Quickly edit your design

Make Best Gating Design

OPTIMIZATION

Gating & Risering Optimization

Automatic optimized design

Looking for Something

more than Design?

  • 1. Various Information about Design
  • 2. Various Verification of Design
  • 3. Information-based Re-sizing of Designs