Make your product better by using 3D design tools.
Parametric & Freestyle Surface Design

Surfaces that are specified by a set of parameters or controlled by mathematical equations  are created using parametric surfacing. This enables designers to alter the surface geometry by adjusting the parameters, such as altering a surface’s angle or curve’s radius. Since exact control over the geometry is essential, parametric surfaces are frequently employed in engineering and product design.

While employing flexible and user-friendly technologies, freestyle surfacing enables designers to produce freeform surface models. Freestyle surfacing focuses on the designer’s imagination and manual manipulation of the surface geometry as opposed to parametric surfacing, which is based on mathematical calculations and parameters. This technology is frequently employed in industrial and automotive design, where designers must produce organic and fluid forms that are challenging to produce with conventional CAD techniques.

Modules of Parametric & Freestyle Surfacing
  • Technical Surfacing
  • Creo Interactive Surface Design (Style)
  • Creo Reverse Engineering (Restyle)
  • Facet Modelling
  • Scan Tools
  • Warp
  • Freestyle
Features and Capabilities
  • Advanced control over the geometry of the model.
  • Ability to create highly precise and complex shapes.
  • Allows the creation of surfaces with curvature continuity constraints.
  • Offers the possibility of using reference geometry to control the creation of surfaces.
  • Easy modification of the design by changing the parameters of the underlying model.
  • Ability to create freeform and organic shapes that are difficult to achieve with the parametric surfacing.
  • Allows users to manipulate surfaces NURBS modeling techniques.
  • Provides the ability to create and edit using surfaces quickly and easily.
  • Allows users to import and manipulate scanned data from physical models.
  • Offers a range of tools for creating sculpted surfaces, such as push/pull, twist, and bend.
Benefits
  • Provides quick design turnaround
  • Quickly explore and evaluate different design variations and alternatives
  • Captures and stores the design
  • Provides easier design revisions
  • Allows for more artistic expression and creativity
  • Intuitive design
  • Smoother and more continuous surfaces
DESIGN AND INNOVATE BETTER WITH CAD
Explore the capabilities of CAD (computer-aided design)
3D Part & Assembly Design

3D design is the creation of virtual models of objects, structures, or spaces using specialized software tools.  Creo Parametric is an effective tool which uses a parametric method, allowing designers to construct models with easily modifiable parameters.

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Sheet Metal Design

Involves creating detailed 3D models of sheet metal components using Creo Parametric software. This tool is used in the industrial sector, automotive, aerospace, and construction industries. It uses a parametric method, allowing designers to construct models with easily modifiable parameters.

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Parametric & Freestyle Surface Design

Parametric surfacing creates surfaces with specific parameters, allowing designers to control geometry. Freestyle surfacing, on the other hand, allows designers to create freeform surface models making it ideal for industrial and automotive design.

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Concept Design

Concept Design involves conceptualizing, drawing, and researching design options, starting with rough sketches. Once refined, these concepts can be transformed into 3D models using software tools.

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Automated 2D Drawing Creation & Update

Allows designers and engineers to generate accurate, consistent 2D drawings from 3D models. This eliminates the need for manual creation and updates, saving time and reducing errors.

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Top-Down Design

A 3D design methodology where the overall design is created first, followed by individual components. This approach is commonly used in complex projects like large-scale manufacturing systems or building designs.

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Assembly Management & Performance Tools

Software-designed tools to optimize large assemblies, address issues like slow performance, errors, and modifications, and enable designers to specify parts/sub-assemblies relationships and control restrictions.

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Design Optimization

A software tool for creating interactive behavioral models within Creo CAD software. It allows users to create dynamic models replicating real-world system behavior, enabling engineers to evaluate ideas before creating prototypes.

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Plastic Part Design

Creo Mold Analysis Extension is a crucial tool in Creo 3D Design for designing plastic parts. It provides advanced simulation and analysis tools to forecast and optimize component behavior, identify potential issues.

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Piping & Cabling Design

Creo Piping and Cabling Extension is a module that aids engineers in creating and modifying pipe and cable systems in 3D designs. It provides a library of industry-standard parts and tools for monitoring and evaluating system operation.

Intelligent Fasteners

Creo Intelligent Fastener Extension simplifies creating and managing fasteners in 3D CAD models using the Creo software suite. It offers the automated creation of customized fasteners and a library of pre-built models, ensuring precise placement and saving time.

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Direct Modelling (Flexible design)

Creo Flexible Modeling is a feature in Creo Parametric 3D CAD software that enables users to quickly and easily modify existing . A feature that allows designers to adjust geometry, change dimensions, and update features.

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Structural Framework & Weld Design

Advanced Framework Extension simplifies the creation and management of structural framework designs in 3D CAD models. It provides a library of pre-built structural elements and an automated tool for designing unique frameworks.

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Reverse Engineering

A software tool that enables designers and engineers to create digital 3D CAD models of physical objects by capturing their geometry and dimensions. It allows users to import 3D scan data from various sources and manually measure items.

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Model-Based Definition

Creo Model-Based Definition (MBD) design process uses a 3D model for product definition and communication, capturing all details directly in the model. This eliminates the need for 2D drawings.

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We Speak the Language of Innovation

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Best Implementation PLM Partner Award.PTC India FY24 partner summit

This award is a testament to our collective efforts, and we look forward to continuing to contribute to our customers’ success.

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Best partner of the year for its outstanding PLM Implementation ServicesPTC Partner Summit

This award is a testament to our collective efforts, and we look forward to continuing to contribute to our customers’ success.

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BEST SERVICES

With focus on innovation and quality we provide comprehensive services that are tailored to your specified need From PLM Implementation to PLM Upgradation and its services.

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PROFESSIONALS

Our team of experts brings years of industry experience for excellence to every project. We set a high value on accurate communication, close attention to detail and adherence to deadlines, ensuring that we consistently deliver exceptional results that exceed your expectations.

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DEDICATED SUPPORT

Whether you have questions, encounter issues, or need guidance, our support services are available through various channels. It includes email, phone, and live chat.

We ensure that you have access to the help you need whenever you need it. We are committed to going above and beyond to ensure outstanding support.

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