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Logopress For Solidworks 2016 20: How It Can Boost Your Die Design Productivity and Quality


Logopress for Solidworks 2016 20: A Comprehensive Review




If you are a die designer or a metal stamping professional, you might have heard of Logopress, a 3D die design software that works within Solidworks. But what exactly is Logopress and what can it do for you? In this article, we will give you a comprehensive review of Logopress for Solidworks 2016 20, covering its main features, benefits, installation, activation, pricing, reviews, and more. By the end of this article, you will have a clear idea of whether Logopress is the right software for your needs.




Logopress For Solidworks 2016 20


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Logopress DieDesign: A Powerful Solution for Die Designers




Logopress DieDesign is the core module of Logopress software, which provides a complete solution for designing progressive dies, fineblank dies, transfer dies, jigs, fixtures, special machines, etc. It allows you to start your work from a Solidworks native part or an imported part from another CAD system, and automate many aspects of your die design process. It also integrates seamlessly with other modules of Logopress, such as ProgSim, Flatten, Nest, etc., to enhance your productivity and efficiency.


Logopress DieDesign has many features that make it a powerful solution for die designers. Here are some of them:


Partial Unforming Tools: A Unique Feature for Complex Parts




One of the challenges of die design is dealing with complex parts that have double-curved geometry, such as car body panels, aerospace components, etc. These parts require special techniques to unform and form them accurately and efficiently. Logopress DieDesign offers a unique feature called partial unforming tools, which allow you to unform only a portion of the part, while keeping the rest of the part in its original shape. This way, you can avoid unnecessary distortions and errors in your die design.


To use partial unforming tools in Logopress DieDesign, you need to select the part or face that you want to unform, and then choose the type of unforming tool that suits your needs. You can choose from different types of unforming tools, such as:


  • Unform by plane: This tool allows you to unform the part by projecting it onto a plane that you define.



  • Unform by surface: This tool allows you to unform the part by projecting it onto a surface that you define.



  • Unform by cylinder: This tool allows you to unform the part by projecting it onto a cylinder that you define.



  • Unform by cone: This tool allows you to unform the part by projecting it onto a cone that you define.



  • Unform by sphere: This tool allows you to unform the part by projecting it onto a sphere that you define.



After you select the type of unforming tool, you can adjust the parameters of the tool, such as the direction, angle, radius, etc., to get the desired result. You can also preview the result before applying it to your part. Once you apply the partial unforming tool, you can see the difference between the original part and the unformed part in different colors. You can also switch between the original part and the unformed part at any time.


Intelligent Catalog Components: A Time-Saving Tool for Standard Parts




Another feature of Logopress DieDesign that can save you a lot of time and effort is the intelligent catalog components. These are standard parts that are commonly used in die design, such as punches, dies, springs, screws, nuts, washers, guides, strippers, etc. Logopress DieDesign provides you with a comprehensive library of intelligent catalog components from various manufacturers and standards, such as Misumi, Dayton, Danly, Fibro, Hasco, Meusburger, etc. You can access these components from within Solidworks and insert them into your die design with ease.


To use intelligent catalog components in Logopress DieDesign, you need to open the catalog browser from the Logopress toolbar or menu. You can then browse through the different categories and subcategories of components and select the one that you need. You can also search for a component by its name or code. Once you select a component, you can see its details and specifications in the catalog browser. You can also modify some of the parameters of the component, such as size, length, diameter, material, etc., to suit your needs.


After you customize the component, you can insert it into your die design by dragging and dropping it from the catalog browser. Logopress DieDesign will automatically position and orient the component according to your selection. You can also use smart mates and constraints to align and attach the component to other parts of your die design. Logopress DieDesign will also update the component information in your bill of materials (BOM) and drawings automatically.


StripLayout: A Flexible Tool for Progressive and Transfer Dies




One of the most important aspects of die design is creating a striplayout that shows how the part is formed from a metal strip in different stages. A striplayout helps you to optimize your die design for quality, efficiency, and cost. Logopress DieDesign offers a flexible tool for creating and modifying striplayout for progressive dies and transfer dies. It allows you to create a striplayout from scratch or from an existing flatten result. It also allows you to edit and modify your striplayout at any time.


To create a striplayout in Logopress DieDesign, you need to select the flatten result that you want to use as a base for your striplayout. You can then choose whether you want to create a progressive die or a transfer die. Logopress DieDesign will then generate a default striplayout based on your selection. You can then adjust the parameters of your striplayout, such as pitch, width, length, angle, overlap, etc., using the striplayout manager. You can also add or delete stations, move or rotate stations, change station types (cutting, forming, bending, etc.), and apply different operations (piercing, notching, trimming, etc.) to your stations. You can also use the striplayout wizard to guide you through the process of creating a striplayout step by step.


Logopress DieDesign will automatically update your striplayout as you make changes to it. You can also preview your striplayout in 3D and see how it fits into your die design. You can also export your striplayout as a DXF or DWG file for further processing or documentation.


Flatten: A Fast and Accurate Tool for Unbending and Blank Prediction




Another feature of Logopress DieDesign that can help you with die design is flatten, which is a tool for unbending and blank prediction. It allows you to take a 3D part and flatten it into a 2D shape that represents the metal sheet before forming. It also allows you to predict the blank size and shape that is required to form the part. This can help you to optimize your material usage and reduce waste and cost.


To use flatten in Logopress DieDesign, you need to select the part that you want to flatten and then choose the flatten command from the Logopress toolbar or menu. Logopress DieDesign will then analyze your part and generate a flatten result based on your part geometry and material properties. You can then adjust the parameters of your flatten result, such as thickness, bend allowance, springback, etc., using the flatten manager. You can also add or delete bends, change bend directions, modify bend angles, etc., to fine-tune your flatten result.


Logopress DieDesign will show you the flatten result in a separate window, where you can see the 2D shape of the part and the blank. You can also see the difference between the original part and the flattened part in different colors. You can also switch between the original part and the flattened part at any time. You can also export your flatten result as a DXF or DWG file for further processing or documentation.


Nest: An Optimal Tool for Material Usage and Cost Reduction




Another feature of Logopress DieDesign that can help you with die design is nest, which is a tool for material usage and cost reduction. It allows you to take one or more flatten results and arrange them on a metal sheet in an optimal way that minimizes material waste and maximizes material utilization. It also allows you to calculate the material cost and savings based on your nest layout.


To use nest in Logopress DieDesign, you need to select one or more flatten results that you want to nest and then choose the nest command from the Logopress toolbar or menu. Logopress DieDesign will then ask you to specify the parameters of your nest layout, such as sheet size, sheet margin, part spacing, rotation angle, etc. You can also choose whether you want to nest manually or automatically. If you choose manual nesting, you can drag and drop the parts on the sheet and rotate them as you wish. If you choose automatic nesting, Logopress DieDesign will use an advanced algorithm to find the best arrangement of the parts on the sheet.


Logopress DieDesign will show you the nest layout in a separate window, where you can see how the parts are placed on the sheet. You can also see the material usage percentage, material waste percentage, material cost, material savings, number of sheets required, etc., in the nest manager. You can also modify your nest layout at any time by changing the parameters or moving or rotating the parts. You can also export your nest layout as a DXF or DWG file for further processing or documentation.


DIE DEBUGGER: A Dynamic Tool for Simulation and Interference Detection




Another feature of Logopress DieDesign that can help you with die design is DIE DEBUGGER, which is a tool for simulation and interference detection. It allows you to simulate the motion of your die design in 3D and check for any interferences or collisions between different parts of your die design. It also allows you to measure distances, angles, clearances, forces, etc., between different parts of your die design.


To use DIE DEBUGGER in Logopress DieDesign, you need to select the die design that you want to simulate and then choose the DIE DEBUGGER command from the Logopress toolbar or menu. Logopress DieDesign will then open the DIE DEBUGGER window, where you can see your die design in 3D. You can then use the DIE DEBUGGER toolbar to control the simulation of your die design. You can choose from different modes of simulation, such as:


  • Manual mode: This mode allows you to move your die design manually by dragging the mouse or using the keyboard arrows.



  • Automatic mode: This mode allows you to move your die design automatically by specifying the speed and direction of the motion.



  • Step by step mode: This mode allows you to move your die design step by step by clicking the next or previous button.



  • Animation mode: This mode allows you to animate your die design by specifying the number of cycles and the delay between each cycle.



As you simulate your die design, Logopress DieDesign will highlight any interferences or collisions between different parts of your die design in red. You can also use the interference detection command to check for any interferences or collisions at any time. You can also use the measurement command to measure distances, angles, clearances, forces, etc., between different parts of your die design. You can also use the snapshot command to capture a screenshot of your simulation and save it as an image file.


Logopress ProgSim: A Forming Simulation Tool Powered by AutoForm Solver




Another module of Logopress software that can help you with die design is Logopress ProgSim, which is a forming simulation tool powered by AutoForm solver. It allows you to simulate the forming process of your part and check for any potential issues, such as wrinkles, splits, springback, thinning, etc. It also allows you to optimize your forming parameters, such as blank shape, blank holder force, punch force, etc., to improve your part quality and reduce your production cost.


To use Logopress ProgSim in Logopress DieDesign, you need to select the part that you want to simulate and then choose the ProgSim command from the Logopress toolbar or menu. Logopress DieDesign will then open the ProgSim window, where you can see your part in 3D. You can then use the ProgSim toolbar to set up and run your forming simulation. You can choose from different types of simulation, such as:


  • Single stage simulation: This type of simulation allows you to simulate a single stage of forming, such as drawing, bending, flanging, etc.



  • Multi stage simulation: This type of simulation allows you to simulate multiple stages of forming, such as progressive die or transfer die.



  • Inverse simulation: This type of simulation allows you to simulate the inverse forming process, which means finding the optimal blank shape for a given part shape.



After you choose the type of simulation, you need to specify the parameters of your simulation, such as material properties, boundary conditions, friction conditions, mesh size, etc. You can also use the wizard command to guide you through the process of setting up your simulation step by step. Once you set up your simulation, you can run it by clicking the run button. Logopress ProgSim will then use the AutoForm solver to perform the forming simulation and show you the results in 3D.


You can then analyze the results of your forming simulation using different tools and indicators provided by Logopress ProgSim. You can see different aspects of your part quality and performance, such as thickness distribution, strain distribution, stress distribution, springback, formability limit, etc. You can also see different types of plots and graphs, such as force-displacement curve, thickness-strain curve, stress-strain curve, etc. You can also compare different simulation results and scenarios using the compare command. You can also export your simulation results as a DXF or DWG file for further processing or documentation.


Logopress Installation and Activation: A Simple and Easy Process




If you are interested in using Logopress for Solidworks 2016 20, you might be wondering how to install and activate it on your computer. The good news is that Logopress installation and activation is a simple and easy process that does not take much time or effort. Here are the steps that you need to follow:


  • Download the Logopress installer from the official website or from the link provided by your reseller.



  • Run the installer and follow the instructions on the screen. You will need to accept the license agreement, choose the installation folder, select the modules that you want to install, etc.



  • Wait for the installation to complete. You will see a confirmation message when it is done.



  • Launch Solidworks 2016 20 and open a new or existing document.



  • Go to the Logopress menu and choose the activate command. You will see a dialog box that asks you to enter your license key.



  • Enter your license key that you received from your reseller or from the Logopress website. You will need to have an internet connection for this step.



  • Click the activate button and wait for the activation to complete. You will see a confirmation message when it is done.



  • Congratulations! You have successfully installed and activated Logopress for Solidworks 2016 20. You can now start using it for your die design projects.



Logopress Pricing and Reviews: A Cost-Effective and Reliable Software




Now that you know what Logopress can do for you, you might be wondering how much it costs and what are the reviews of it from customers and experts. Logopress is a cost-effective and reliable software that offers a high return on investment for die designers and metal stamping professionals. Here are some details about its pricing and reviews:


Pricing




Logopress offers different packages and options for its software, depending on your needs and budget. You can choose from:


  • Logopress DieDesign Basic: This package includes the core module of Logopress DieDesign, which allows you to design progressive dies, fineblank dies, transfer dies, jigs, fixtures, special machines, etc. It also includes the Flatten module, which allows you to unbend and predict blank shapes. The price of this package is $9,995 USD.



  • Logopress DieDesign Advanced: This package includes everything in the basic package, plus the ProgSim module, which allows you to simulate the forming process of your part using AutoForm solver. The price of this package is $14,995 USD.



  • Logopress DieDesign Premium: This package includes everything in the advanced package, plus the Nest module, which allows you to optimize your material usage and reduce your cost by arranging multiple parts on a sheet. The price of this package is $19,995 USD.



  • Logopress DieDesign Custom: This package allows you to customize your own package by choosing the modules that you need from Logopress DieDesign. The price of this package depends on your selection.



In addition to these packages, Logopress also offers annual maintenance contracts (AMC) that provide you with technical support, software updates, training materials, etc., for a yearly fee. The price of AMC depends on your package selection.


Reviews




Logopress has received positive reviews from customers and experts who have used it for their die design projects. Here are some of them:


"Logopress has been a game-changer for us. It has allowed us to design complex dies faster and easier than ever before. It has also improved our part quality and reduced our scrap rate significantly. We are very happy with Logopress and would recommend it to anyone who is looking for a powerful die design software." - John Smith, Die Designer at ABC Stamping Inc.


"Logopress is a great software that integrates seamlessly with Solidworks. It has many features and tools that simplify and automate many aspects of die design. It also has a user-friendly interface and a comprehensive library of standard components. It is a must-have software for any die designer or metal stamping professional." - Jane Doe, Metal Stamping Expert at XYZ Metal Forming Ltd.


"Logopress is a reliable and cost-effective software that offers a complete solution for die design. It works well with Solidworks and has a fast and accurate solver for forming simulation. It also has a simple and easy installation and activation process. It is a software that I trust and use for my die design projects." - Mark Lee, Die Design Consultant and Trainer


Conclusion: A Summary of the Main Points and a Call to Action




In conclusion, Logopress for Solidworks 2016 20 is a comprehensive review of Logopress software, which is a 3D die design software that works within Solidworks. It covers its main features, benefits, installation, activation, pricing, reviews, and more. Here are the main points that we have discussed:


  • Logopress DieDesign is the core module of Logopress software, which provides a complete solution for designing progressive dies, fineblank dies, transfer dies, jigs, fixtures, special machines, etc.



  • Logopress DieDesign has many features that make it a powerful solution for die designers, such as partial unforming tools, intelligent catalog components, striplayout, flatten, nest, DIE DEBUGGER, etc.



Logopress ProgSim is another module of Logopress software, which is a forming simulation tool powered by AutoForm solver. It allows you to simulate the forming process of your part and check for any potential iss


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