Products

CASTOR

Light

CASTOR

Enterprise

CASTOR

White Label

For New AM Adopters

For AM Experts

For AM Vendors

Finding the "low hanging fruits" suitable for 3D printing, out of existing designs

Identifying cost reduction and
re-design for AM opportunities

Enhancing AM businesses with a tailor made platform for boosting sales

Cloud-based solution

Automatic screening of thousands assemblies and parts at once

Technical analysis of CAD files based on:
• Geometry limitations
• Matching material properties

Schedule a Demo

CASTOR Light features plus:

On Premise Solution

Consolidation of adjacent parts

Unique Finite Element Analysis for AM

Schedule a Demo

CASTOR Light features plus:

Fully branded

Customized materials and printers database according to desired potfolio

Lead generation tool

Schedule a Demo

Advanced Weight Reduction analysis

Financial analysis of break even point of 3D printing vs: CNC & Injection Molding

Value chain benefits

ERP & PLM software integration-ready

* Additional Features are available upon demand

Full customization of cost calculation structure

ROI Calculations for 3D printers

Explore CASTOR Light

Explore CASTOR Enterprise

Explore CASTOR White Label

CASTOR’s additive manufacturing software delivers the benefits of 3D printing to offer a faster more cost-effective manufacturing environment. It automatically analyzes your product design files to discover additive manufacturing opportunities, saving not only production time but reducing mechanical component costs by 50%.

Its software is quick and easy to use and can produce results in seconds. CASTOR’s algorithm allows you to quickly upload your entire Bill of Materials directly from your PLM system or to manually upload single CAD assembly files so relevant files can be automatically analyzed to identify parts for additive printing.

Once CASTOR’s innovative 3D solutions identify parts suitable for printing, it uses its unique additive manufacturing simulation to identify redesign opportunities.

The software suggests best-match materials and 3d printing technology, carries out geometry analyses, identifies redesign opportunities, compares the cost of additive printing to traditional manufacturing, and simulates the likelihood of failure.