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Delivering quality products on time and maximizing profit require very precise, efficient analytical tools that are effectively integrated with solid modeling systems. Product analyses must become comprehensive as the design matures through the PLM process. For tolerance management, this maturity evolves from conceptual functional interfaces and critical datum references to accurate, well-defined acceptance criteria for parts, assemblies, tooling, and inspection processes.Sigmetrix CETOL 6 Sigma accommodates a number of tolerance management needs through its unique dimensional analysis system, which is engineered to support robust product development processes from design through manufacture. Unlike any other tool in the industry, CETOL 6 Sigma is built on 3D Variation Behavior Modeling Technology and is fully integrated with SOLIDWORKS, allowing for precise sensitivity and statistical and worst-case scenario tolerance analysis. This integration allows users to construct reliable 3D mechanical variation models without simplifying the geometry and constraining the analysis to a set of assumptions. Product and part quality is then optimized using the CETOL 6 Sigma Analyzer, which illustrates graphically and numerically how tolerance specifications and manufacturing variations impact product specifications.CETOL 6 Sigma has streamlined the mechanical variation modeling process and enables SOLIDWORKS users to get answers early and often in the design process. Their clients experience greater confidence in transitioning products from the design to the preproduction phases. Reductions in rework, scrap, prototype builds, and engineering changes are common results of a proper CETOL implementation.

Partner Product

3DQuickPress is our 3D solution integrated with SOLIDWORKS for the progressive die industry. The 2D approach has dominated the design of progressive dies over the last century. Benefits in using 3D cannot drive the industry to change their design tool due to the drawback of performance and long learning curve in 3D design. 3DQuickPress aims for ultimate performance, ease of use, and a short learning curve to enable tooling engineers to use the power of 3D design. 3DQuickPress provides solutions ranging from blanking development to strip layout design and die set structure design. The powerful Strip Layout Manager provides intuitive tools to iterate your design simply by dragging and dropping with instant graphic feedback. Once strip layout design is finished, cutting punches, bending punches, and inserts are created automatically as well as the die plate opening with clearance. 3DQuickPress is the key to getting tremendous benefits from 3D modeling. Key functions of 3DQuickPress include: unfolding, strip layout design, automatic punch generation, automatic like parts recognition for accurate Bill of materials (BOM), standard component library, die set library, automatic die plate holes generation, and powerful sketch tools.

Partner Product

Logopress Flatten for SOLIDWORKS offers finite element analysis together with flattening capabilities, helping the designer and/or estimator quickly and easily determine the theoretical blank of a complex 3D formed part and get stress, strain, thinning and thickening information. Native models as well as imported models can be used. Logopress Flatten is not only for the tool & die industry. Experience has shown that users can quickly, easily, and accurately flatten parts from various applications such as: Automotive type, double-curved surfaces Complex 3D-shaped parts Cloth (car seats, textile industry) Plastics and adhesives Leather (shoes) Canvas and nylon (tents and bags) Inflatable objects Packing and packaging Orthopedic braces (medical industry) Curved plasterboard and swimming pool liners

Partner Product

The SOLIDWORKS application converter provides an automatic, batch-enabled, conversion from SOLIDWORKS drawings into neutral data formats including TIFF, PDF, or PDF/A (digital paper). To meet Security requirements of long-term archiving, document formats are required that are not editable and can be viewed long-term. Proprietary application data does not currently fulfill these requirements, and is not an acceptable archiving format. It is often the case that these formats are not made public, and are changing constantly with new releases of the application, making long-term readability almost impossible. Neutral formats like PDF, PDF/A or TIFF/G4 can be stored for the long-term and viewed at any location. These formats are open and standardized by industrial or ISO organizations and are often referred to as "digital paper." The application converters from SEAL Systems are designed and developed to convert application data into digital paper formats. These converters can run in batch mode and can therefore be integrated into any conversion process. For example, in the SAP PLM environment, the converters can be triggered by the status change of a document. That document is part of a release workflow process, automating the creation of digital paper like TIFF/G4, PDF or PDF/A when a drawing is released. All SEAL Systems converters, including the SOLIDWORKS application converter, can be integrated into any PLM solution for automatic conversion processes.

Partner Product

MDTools is an advanced 3D parametric manifold design software. It enables quick and easy design of complex, error-free manifolds, and works seamlessly within the SOLIDWORKS environment.MDTools has been conceptualized to be driven by a logical, hydraulic, and machining knowledge base, not just geometrical considerations. The complete design process is linked to the schematics. The powerful structured, visual, and analytical environment enables you to systematically design manifolds with assured accuracy.

Partner Product

The Center for Advanced Medical Learning and Simulation (CAMLS) is dedicated to inspiring world-class medical education, training, and research that transform the delivery of healthcare services for the benefit of patients. Based in Tampa, Florida, CAMLS operates a 90,000-square-foot, state-of-the-art facility providing every possible form of health-professional education and training, including assistance with research studies and product development.

Story

Delivering quality products on time and maximizing profit require very precise, efficient analytical tools that are effectively integrated with solid modeling systems. Product analyses must become comprehensive as the design matures through the PLM process. For tolerance management, this maturity evolves from conceptual functional interfaces and critical datum references to accurate, well-defined acceptance criteria for parts, assemblies, tooling, and inspection processes.Sigmetrix CETOL 6 Sigma accommodates a number of tolerance management needs through its unique dimensional analysis system, which is engineered to support robust product development processes from design through manufacture. Unlike any other tool in the industry, CETOL 6 Sigma is built on 3D Variation Behavior Modeling Technology and is fully integrated with SOLIDWORKS, allowing for precise sensitivity and statistical and worst-case scenario tolerance analysis. This integration allows users to construct reliable 3D mechanical variation models without simplifying the geometry and constraining the analysis to a set of assumptions. Product and part quality is then optimized using the CETOL 6 Sigma Analyzer, which illustrates graphically and numerically how tolerance specifications and manufacturing variations impact product specifications.CETOL 6 Sigma has streamlined the mechanical variation modeling process and enables SOLIDWORKS users to get answers early and often in the design process. Their clients experience greater confidence in transitioning products from the design to the preproduction phases. Reductions in rework, scrap, prototype builds, and engineering changes are common results of a proper CETOL implementation.

Partner Product

3DQuickPress is our 3D solution integrated with SOLIDWORKS for the progressive die industry. The 2D approach has dominated the design of progressive dies over the last century. Benefits in using 3D cannot drive the industry to change their design tool due to the drawback of performance and long learning curve in 3D design. 3DQuickPress aims for ultimate performance, ease of use, and a short learning curve to enable tooling engineers to use the power of 3D design. 3DQuickPress provides solutions ranging from blanking development to strip layout design and die set structure design. The powerful Strip Layout Manager provides intuitive tools to iterate your design simply by dragging and dropping with instant graphic feedback. Once strip layout design is finished, cutting punches, bending punches, and inserts are created automatically as well as the die plate opening with clearance. 3DQuickPress is the key to getting tremendous benefits from 3D modeling. Key functions of 3DQuickPress include: unfolding, strip layout design, automatic punch generation, automatic like parts recognition for accurate Bill of materials (BOM), standard component library, die set library, automatic die plate holes generation, and powerful sketch tools.

Partner Product

Logopress Flatten for SOLIDWORKS offers finite element analysis together with flattening capabilities, helping the designer and/or estimator quickly and easily determine the theoretical blank of a complex 3D formed part and get stress, strain, thinning and thickening information. Native models as well as imported models can be used. Logopress Flatten is not only for the tool & die industry. Experience has shown that users can quickly, easily, and accurately flatten parts from various applications such as: Automotive type, double-curved surfaces Complex 3D-shaped parts Cloth (car seats, textile industry) Plastics and adhesives Leather (shoes) Canvas and nylon (tents and bags) Inflatable objects Packing and packaging Orthopedic braces (medical industry) Curved plasterboard and swimming pool liners

Partner Product

The SOLIDWORKS application converter provides an automatic, batch-enabled, conversion from SOLIDWORKS drawings into neutral data formats including TIFF, PDF, or PDF/A (digital paper). To meet Security requirements of long-term archiving, document formats are required that are not editable and can be viewed long-term. Proprietary application data does not currently fulfill these requirements, and is not an acceptable archiving format. It is often the case that these formats are not made public, and are changing constantly with new releases of the application, making long-term readability almost impossible. Neutral formats like PDF, PDF/A or TIFF/G4 can be stored for the long-term and viewed at any location. These formats are open and standardized by industrial or ISO organizations and are often referred to as "digital paper." The application converters from SEAL Systems are designed and developed to convert application data into digital paper formats. These converters can run in batch mode and can therefore be integrated into any conversion process. For example, in the SAP PLM environment, the converters can be triggered by the status change of a document. That document is part of a release workflow process, automating the creation of digital paper like TIFF/G4, PDF or PDF/A when a drawing is released. All SEAL Systems converters, including the SOLIDWORKS application converter, can be integrated into any PLM solution for automatic conversion processes.

Partner Product

MDTools is an advanced 3D parametric manifold design software. It enables quick and easy design of complex, error-free manifolds, and works seamlessly within the SOLIDWORKS environment.MDTools has been conceptualized to be driven by a logical, hydraulic, and machining knowledge base, not just geometrical considerations. The complete design process is linked to the schematics. The powerful structured, visual, and analytical environment enables you to systematically design manifolds with assured accuracy.

Partner Product

The Center for Advanced Medical Learning and Simulation (CAMLS) is dedicated to inspiring world-class medical education, training, and research that transform the delivery of healthcare services for the benefit of patients. Based in Tampa, Florida, CAMLS operates a 90,000-square-foot, state-of-the-art facility providing every possible form of health-professional education and training, including assistance with research studies and product development.

Story