Prepare unlimited designs of any sea propeller with the comprehensive definition of PropCad geometry. Type a helix style in the PropCad Builder library, the proportion of the target shovel area, the amount of slope or slope, thickness rule, or various other design targets. PropCad constructs all geometry - chord length, thickness, slope, slope, and all section deviations.
Propeller design for manufacturing
Taking you from concept to 3D model
Prepare unlimited designs of any sea propeller with the comprehensive definition of PropCad geometry. Type a helix style in the PropCad Builder library, the proportion of the target shovel area, the amount of slope or slope, thickness rule, or various other design targets. PropCad constructs all geometry - chord length, thickness, slope, slope, and all section deviations.
Complete design for geometric modeling of marine propellers
The PropCad interface provides full control over blade parameters and hydrodynamic section shapes. It's powerful and fast. A library of standard designs and distributions allows users to quickly develop new designs and design variants. The feature-rich tool automatically prepares 2D design drawings, 3D CAD models, construction data and displacement reports - as well as class society thickness calculations.
Propeller designers and manufacturers use PropCad to increase their productivity, producing better propeller designs in less time. PropCad keeps your drawings, reports, and 3D geometry together in a single project.
Users can design, save, and import their own section blade definitions. These blade sections can be modified by adding curvature or cup. Designers can create advanced shapes of progressive-pitched blades. PropCad displays local tuning values, ensuring that the design accurately meets the overall progression.
PropCad Premium
Premium Edition includes advanced features for feature extraction - allowing users to quickly import their existing blade designs from inspection points or a full 3D CAD file. Premium Edition also includes tools for manufacturers, with robust utilities for creating casting patterns and machining models for the generation of CNC tool paths.
Design Library Integration
Use existing library projects for any geometry. You specify the parameters of your propeller and select the distributions of the common library helixs to generate a complete set of helix geometry data. The design library includes many of the world's popular geometries (including the B series, Kaplan, Gawn, MAU), as well as the blade shapes of knife and tunnel thrusters.
Resources
Comprehensive tools for propeller design and manufacture
System requirements:
CPU: 1.8 GHz dual core processor
RAM: 2 GB
HDD / SSD: 50 GB of free space on the main drive
Operating system: Microsoft Windows 8 32-bit, Microsoft Windows 7 32-bit and Microsoft Windows Vista 32-bit
Resolution: 1024×768
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