CAD/CAM Filament Winding Software TaniqWind Pro | Demonstration: Full Workflow Tutorial

Описание: TaniqWind Pro is a powerful winding software for composite parts, equipped with advanced functions dedicated to pressure vessel design and manufacturing. The software is developed and supported by a team of winding experts with over 16 years of experience in composite design and robotic winding. TaniqWind Pro is compatible with all CNC and Robotic winding systems on the market or can be supplied as an integral solution with TANIQ’s robotic winding systems.

Our in-housed developed CAD/CAM software was released last year after 14 years of development. TaniqWind Pro is also the most actively developed and upgraded software on the market, which is the only software in the industry with a dedicated Robotic post-processor. The software can be used for (wet) filament winding, towpreg winding and winding/placement of thermoplastic tapes.

In this video, we demonstrate a typical workflow on TaniqWind Pro, to give you a glimpse of how our software helps to streamline and optimize the winding process. TaniqWind Pro offers a user-friendly interface that allows users to create complex winding patterns with ease. The software also features advanced simulation capabilities, allowing users to simulate and optimize their designs before actually winding the parts.

Learn more about TaniqWind Pro: https://composites.taniq.com/filament...

Contact us:
Email: [email protected]
Website: www.taniq.com
Telephone: +31 10 415 6170
LinkedIn:   / taniq  

Timestamps:
00:00 – Import DXF file as profile and edit profile in software
00:46 – Assign material from material library to layer
00:59 – Generate fiber paths with insight into all design criteria in a single panel
00:46 – Generating hoop paths
02:08 – Generating transition paths between hoop and helical layers
02:18 – Sort paths into production order
02:32 – Create new layer with material build-up profile from previous layer
02:48 – Smooth build-up profile
03:23 – Fast forward to 8 layers: Completed product
03:45 – Export design to Abaqus using Shell export
04:57 – Import generated input file into Abaqus
05:27 – Material model definitions
05:47 – Composite layer up per element follows the tape path
06:20 – Predefined node sets for application of appropriate symmetry boundary conditions
06:37 – In TaniqWind Pro: Generate post-processor with integrated process parameters
07:26 – Assign machine from library
07:48 – Set variable process parameters per layer or profile section
09:43 – Generate machine path
09:53 – Compute robot path
10:21 – Collision detection
10:45 – Simulate production
11:18 – Generate production files and load onto the machine