Buy Logopress3 for SOLIDWORKS software

What is LogoPress3?

LogoPress3 is a 3D die design software for SolidWorks that combines unbending, blank prediction, and progressive die layout tools with finite element analysis for sheet metal forming and stamping applications. It provides integrated workflows for designers to model complex 3D formed parts, calculate material blanks, and design progressive dies within the native SolidWorks environment.

LogoPress3 serves tool and die designers, stamping engineers, and metal fabricators working with progressive dies, transfer dies, fineblank dies, and fourslide machines. The software extends SolidWorks with specialized capabilities for simulating metal forming processes, optimizing strip layouts to minimize scrap, and detecting tooling interference before die build, targeting professional tool shops and manufacturing consultants in desktop design workflows.

Why Buy LogoPress3 from Prosoftstore?

LogoPress3 Key Features

• Automatic Blank Prediction: Calculate theoretical blanks for complex 3D formed parts with finite element analysis to determine material requirements and optimize starting geometry before stamping.
• Unbending with K-Factor Analysis: Automatically analyze bends, calculate bend allowance for each individual bend, and unbend complex parts with gussets, flanges, and extruded holes to generate flat patterns.
• Progressive Die Strip Layout: Model true 3D strip assemblies for progressive dies, transfer dies, and multi-station designs to visualize cutting and forming sequences and minimize material waste.
• Die Simulation and Interference Detection: Simulate complete die motion with dynamic collision detection to identify tooling conflicts, clearance issues, and press interference before manufacturing.
• Tool Structure Assistant: Rapidly assemble standard die components with automatic mate generation, customizable die sets, and intelligent component insertion for parametric die frame design.
• Intelligent Standard Component Library: Access automated fastener library with screw, nut, washer, and pin insertion including hole creation and mate generation for assembly efficiency.
• Forming Simulation with Springback: Evaluate material springback, thinning, wrinkling, and strain distribution during forming operations to predict press behavior and design compensation.
• Round Draw Calculation: Automatically compute intermediate draw stages with material-dependent reduction factors, stripper pressure calculations, and web management for deep drawing operations.
• Spring Back Management: Account for elastic spring-back in bends and formed features with automatic overbend and compensation strategies to achieve final part geometry.
• Non-Constant Thickness Processing: Handle parts with varying material thickness, coining features, and complex bending to calculate accurate blanks and process sequences for specialty applications.
• 2D Drawing Automation: Generate 2D production drawings from 3D die models with automatic balloon numbering, Bill of Materials population, and title block management for manufacturing documentation.
• Multiple Part Strip Nesting: Optimize layouts for identical, mirrored, and different parts in single strips with automatic nesting and scrap minimization to reduce material costs.

LogoPress3 Applications

The two offers are separated by their SOLIDWORKS host band

Logopress3 2015 SP0.7 covers SOLIDWORKS 2013-2016. Logopress3 2016 SP0.7 shifts that window to SOLIDWORKS 2014-2017. No verified public milestone between these two maintenance builds changes the core blank-to-strip-to-die argument, so the host installation is the useful selection key.

Legacy Windows fit has a firm upper boundary

Blank prediction informs engineering; it does not replace it

Predicted blank geometry and staged unfolding reduce manual trial geometry, but they remain inputs to die engineering. Material behavior, forming sequence, springback assumptions, clearances, and press conditions still have to be represented in the process plan and validated before tooling is released. The useful outcome is a connected model for that work, not an automatic guarantee that the first strip layout is production-ready.