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Solidworks 2026 Premium

SP 0.0
64bit

$75.00

Mastercam for SolidWorks 2023

64bit

$65.00

HSMWorks Ultimate 2026

64bit

$75.00

SolidCAM 2025

64bit

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CAMWorks 2025

64bit

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SolidWorks Premium - Multilanguage

Version	Price & Buy
2026 SP0.0 x64	$75
2025 SP5.0 x64	$65
2024 SP5.0 x64	$60
2023 SP5.0 x64	$55
2022 SP5 x64	$50
2021 SP5.1 x64	$45
2020 SP5.0 x64	$45
2019 SP5.1 x64	$45
2018 SP5.0 x64	$45
2017 SP5.0 x64	$45
2016 SP5.0 x64	$45
2015 SP5.0 x64	$45
2014 SP5.0 x32+x64	$45
2013 SP5.0 x32+x64	$45
2012 SP5.0 x32+x64	$45
2011 SP5.0 x32+x64	$45
2010 SP5.0 x32+x64	$45

SolidWorks 2026 Premium: Advanced 3D CAD for Design and Analysis

SolidWorks 2026 Premium delivers comprehensive 3D CAD capabilities with AI-powered automation, advanced routing, and integrated simulation tools. The 2026 release introduces automatic drawing generation, fastener recognition, and enhanced workflows that streamline design processes for engineers and designers. This version builds on the foundation of Standard and Professional editions by adding specialized tools for piping, electrical routing, motion analysis, and surface flattening.

What's New in SolidWorks 2026

The 2026 release transforms documentation and assembly workflows through intelligent automation. AI-powered features recognize design intent and apply appropriate callouts, dimensions, and views without manual intervention. These enhancements reduce repetitive tasks and allow designers to focus on creative problem-solving rather than documentation mechanics.

AI-Powered Drawing Automation

The AutoGenerate Drawing command creates complete 2D drawings from parts and assemblies with minimal user input. Available directly from the New menu, this feature automatically selects appropriate views, applies dimensions, and matches sheet formats to industry standards. The AI recognizes hole geometries including countersunk, counterbore, and through holes, applying correct callouts for both native and imported models.

Drawing clarity improves through automatic view arrangement that prevents overlap with annotations. The system determines optimal sheet size and scaling to ensure all information displays clearly without crowding. Dimension lines now include automatic breaks at text intersections, making technical drawings easier to read and reducing manufacturing errors.

• Automatic hole recognition applies appropriate callouts for countersunk, counterbore, and through holes using AI analysis
• Family tables display configuration details and custom properties directly on drawings without manual data entry
• Flattened BOM type lists all components with total quantities across main assemblies and sub-assemblies
• Surface finish indicators add standardized symbols compliant with ISO 21920-1 for manufacturing communication

Fastener Recognition and Assembly Improvements

SolidWorks 2026 automatically identifies nuts, bolts, and washers when inserting components into assemblies. The software recognizes fastener geometry and creates appropriate mates without manual alignment steps. This capability extends beyond Toolbox components to include third-party and custom fastener designs, saving time during assembly construction.

Configuration and display state tables now wrap text automatically and remove unnecessary columns for improved readability. The system provides warnings when components experience unusually large displacements, helping maintain assembly integrity. Selective loading from the 3DEXPERIENCE platform allows teams to work on specific assembly sections without loading entire structures.

Enhanced Sheet Metal and Part Design

Sheet metal designers gain new flexibility through sketch point end definitions for edge flanges. The Base Flange PropertyManager includes a From option that defines custom starting points, eliminating workarounds previously required. This addresses a frequently requested enhancement that simplifies flange creation workflows.

Physical Products can now be created with key attributes including project numbers and component descriptions. This streamlines data management by capturing information beyond CAD geometry. DimXpert dimensions save to library feature parts, enabling reuse of model-based definitions when applying library features to new models.

Core 3D Modeling and Design Tools

Premium includes all capabilities from Standard and Professional editions, delivering comprehensive part and assembly modeling tools. The software handles complex geometries through parametric modeling, surface design, and freeform sculpting. Design intent captures through feature-based modeling that maintains relationships as changes propagate through assemblies.

Part and Assembly Modeling

Solid modeling transforms concepts into virtual 3D representations with precise dimensional control. Assembly structure planning through SOLIDWORKS Treehouse allows layout of component hierarchies before creating CAD files. Multi-body part environments support complex designs with selection filters for managing bodies by size or volume.

Specialized tools accelerate design of sheet metal, plastic parts, weldments, and mold components. Design reuse features include configuration management, equations, and design tables that automate variant creation. Interference checking validates that parts fit and operate correctly before manufacturing.

2D Drawing and Documentation

Production drawings maintain associativity with 3D models, updating automatically as designs change. Drawing views support multiple projection standards, custom orientations, and detail callouts. Annotation tools include geometric dimensioning and tolerancing with custom text support for minutes, seconds, and special characters.

Magnetic lines now attach and align notes, weld symbols, and dimensions beyond balloons for improved organization. Property text expressions toggle between visible and hidden states, simplifying management of linked annotations. Revision tables lock the first row to always display original creation dates.

Design Reuse and Automation

Configuration capabilities create multiple design variations within single files, reducing storage requirements and simplifying management. Equations link dimensions across features and parts, maintaining design intent as parameters change. Design tables use spreadsheet interfaces to define configuration properties and dimensions.

Library features store commonly used geometry patterns for reuse across projects. The software now saves DimXpert dimensions with library features, promoting standardization and reducing detailing time. Enhanced command search locates functions using expanded keywords including terminology from other CAD systems.

Routing Capabilities for Complex Systems

Premium edition specializes in routing design for piping, tubing, electrical cables, and rectangular sections. These tools simplify documentation of complex paths through machinery, skid systems, and process plants. Routing components include extensive libraries of fittings, connectors, and hardware that configure automatically during placement.

Pipe and Tube Routing

Piping and tubing routes follow 3D paths between connection points with automatic fitting selection. The system calculates lengths, generates cut lists, and creates flattened drawings for fabrication. Route sub-assemblies combine into parent assemblies while maintaining individual routing BOMs that consolidate into comprehensive material lists.

Assembly clips enable pipe and tube paths to use part-based or assembly-based mounting hardware. Drawing template switching in flattened views automatically scales layouts when changing sizes, streamlining documentation updates. The feature manager organizes routing components logically for easy modification.

• Pipe and tube routing simplifies design for machinery, skid systems, and industrial piping applications
• Combined routing BOMs consolidate cable lengths, accessories, and splices across multiple sub-assemblies
• Auto Route with guidelines follows 3D sketches that define paths and organize wire placement neatly

Electrical Cable and Wiring Harness Design

Electrical routing creates cable and wire harness paths between connectors and components. From-to lists import connectivity data to generate routes quickly between established points. Guidelines follow sketch paths to organize wires and cables neatly along defined trajectories.

The 2026 release models different layer types including insulation jackets and exterior protection directly within routes. Layer groups save as favorites for reuse across electrical projects. Flattened drawings display harness layouts with wire lists, connection information, and bills of materials for manufacturing.

Rectangular Section and Specialty Routing

Rectangular and round section routing handles ducting, cable trays, conveyors, and material handling chutes. Design library components for these systems customize through built-in design tables. Drag-and-drop placement from libraries accelerates layout of ventilation and material transport systems.

Route paths accommodate specialty applications beyond traditional piping and electrical. The routing environment maintains consistent workflows across different system types while providing appropriate component libraries and documentation outputs for each application.

Simulation and Analysis Features

Premium integrates finite element analysis and motion simulation directly into the design environment. Engineers validate performance, measure forces, and optimize designs without switching applications. Analysis results inform design decisions early when changes cost less to implement than after manufacturing begins.

Linear Static FEA Analysis

Linear static analysis calculates stresses and deformations in parts and assemblies under applied loads. The finite element analysis separates components into solid, shell, or beam elements, then computes responses based on material properties and boundary conditions. Results identify stress concentrations, safety factors, and displacement patterns.

Fixed restraints stabilize models while forces, pressures, and torques represent operating conditions. Mesh refinement controls balance accuracy against computation time. Factor of safety displays show regions requiring reinforcement or material changes to meet performance requirements.

Time-Based Motion Analysis

Motion analysis simulates mechanical systems moving through operational cycles. The solver considers mass properties, contact between components, gravity, and applied forces. Motors, springs, and dampers represent actuators and compliance in mechanisms.

Results measure forces at joints, component velocities, and accelerations throughout motion sequences. This data sizes actuators correctly and verifies clearances during operation. Motion studies export forces to structural analysis for combined kinematic and stress evaluation.

Tolerance Analysis with TolAnalyst

TolAnalyst automatically evaluates tolerance stackups in assemblies to verify fit of mating features. The tool reports effects of dimensional variations on assembly relationships, reducing risk during component production. Tolerance schemes validate before manufacturing begins, preventing costly rework from interference or excessive clearance.

Analysis considers feature tolerances, sketch dimensions, and geometric tolerancing to calculate worst-case and statistical assembly conditions. Results guide tolerance allocation decisions that balance manufacturing cost against functional requirements.

Manufacturing and Visualization Tools

Manufacturing preparation spans from CAM programming to photorealistic rendering for marketing materials. Integrated tools maintain connections to design geometry, updating toolpaths and images as models evolve. This integration eliminates data translation errors and keeps manufacturing information synchronized with engineering changes.

CAM Programming Integration

SOLIDWORKS CAM Standard programs individual parts and configurations without leaving the 3D environment. The knowledge-based system recognizes machinable features and suggests appropriate operations. Toolpaths generate from 3D geometry with automatic stock definition and fixture setup.

Post-processors output G-code for CNC machines in shop-specific formats. Toolpath simulation verifies programs before sending to machines, catching collisions and material removal errors. CAM works with both native SolidWorks parts and imported geometry from other systems.

• CAM Standard enables part programming for mills and lathes directly from 3D models
• SOLIDWORKS Visualize creates photorealistic renderings without specialized rendering software experience
• Advanced surface flattening develops patterns for sheet metal stampings and textile products
• Design for manufacturing checks assess draft angles, undercuts, thickness, and hole alignments

Photorealistic Rendering with Visualize

SOLIDWORKS Visualize produces marketing imagery and product presentations with ray-traced quality. The 2026 release enables rendering directly from SolidWorks through an enabled add-in, eliminating file export steps. Appearance libraries updated with DSPBR support improve material realism for metals, plastics, and fabrics.

GPU rendering utilizes graphics card acceleration for faster image generation. AI denoiser reduces noise in fewer passes, dramatically improving render speed. Scene selection, camera positioning, and lighting controls adjust from within the SolidWorks interface for immediate visual feedback.

Advanced Surface Flattening

Surface flattening converts complex curved surfaces into flat patterns for manufacturing. This applies to sheet metal stampings, textile products, and composite layups that begin as flat materials. The tool provides control over flattening methods to minimize distortion based on material properties.

Flattened patterns export for cutting operations including laser, waterjet, and fabric cutters. Pattern accuracy ensures formed parts match design intent after bending or shaping. This capability handles non-developable surfaces that cannot flatten without some material stretching or compression.

ECAD Integration and Collaboration

Electronic and mechanical design teams collaborate through CircuitWorks, which exchanges circuit board data between ECAD and MCAD environments. Board outlines, component locations, and keepout zones transfer bidirectionally. This coordination prevents interference between PCBs and enclosures while ensuring proper connector alignment.

CircuitWorks for PCB Design

CircuitWorks imports industry-standard ECAD files including IDF, IDX, and PADS ASCII formats. The tool creates 3D models of circuit boards complete with components for assembly validation. Mechanical designers verify board fit, connector access, and thermal clearances within enclosures.

Board modifications in either ECAD or MCAD environments synchronize through the collaboration workflow. Component height restrictions, mounting hole locations, and board outline changes communicate between disciplines. This prevents late-stage discoveries that require expensive redesigns.

IDX 3.0 Collaboration Enhancements

IDX 3.0 support adds parent-child relationship tracking for components and board features. Keep-in and keep-out zones, plated holes, and non-plated holes maintain associations with parent components. Changes to parent items automatically update related child elements during synchronization.

The ability to overwrite previous pushes enables undo of MCAD changes before ECAD processes tasks. This restores both systems to the last synchronized state, improving error recovery. Teams accept or reject changes at component or detail level, providing granular control over design updates.

For Home Users, Learners, and Hobby Projects

SolidWorks 2026 Premium serves individual designers, students, and makers through accessible features and extensive learning resources. The comprehensive toolset supports skill development from basic modeling through advanced simulation and manufacturing preparation. Users pay once and keep using the software as long as needed, making it a budget-friendly option for home, learning and hobby projects.

Learning Tools and Toolbox Libraries

SOLIDWORKS Toolbox provides hundreds of thousands of standard fasteners, bearings, and structural components. Hardware configures automatically based on size selections and inserts into assemblies with appropriate mates. International standards including ANSI, DIN, ISO, and JIS ensure components match regional specifications.

The simplified interface option displays commonly used commands, helping new users focus on design fundamentals. Command search with expanded keywords helps locate functions quickly, including terminology from other CAD software. These features reduce the learning curve for students and hobbyists transitioning to SolidWorks.

• Toolbox libraries contain fasteners, bearings, and structural components following international standards
• Design Checker validates drawings against dimensional standards, fonts, and material specifications
• eDrawings Professional enables markup and measurement sharing without requiring full CAD licenses
• Basic animation tools create presentations and exploded view sequences for project documentation

Reverse Engineering with ScanTo3D

ScanTo3D imports point cloud and mesh data from 3D scanners to recreate physical objects digitally. This supports repair part creation, product redesign, and digitization of hand-crafted prototypes. The toolset prepares scanned data, fits curves and surfaces, and generates solid models from imported geometry.

Hobbyists use scanning to replicate discontinued parts or customize existing products. Students learn reverse engineering workflows applicable in restoration, quality inspection, and competitive analysis projects. The process transforms physical objects into editable CAD models for modification and manufacturing.

Performance and System Requirements

SolidWorks 2026 runs on Windows 10, Windows 11, Windows Server 2019, and Windows Server 2022. Minimum specifications include an Intel 64 or AMD64 five-core processor with 16GB RAM, though 32GB proves beneficial for larger assemblies. SSD installation improves loading times and graphics performance.

Discrete graphics cards handle complex models and rendering tasks more effectively than integrated graphics. NVIDIA RTX and AMD Radeon RX cards support ray tracing for Visualize rendering. Certified graphics cards and drivers ensure stability and optimal performance during intensive design sessions.

Performance and Workflow Enhancements

The 2026 release optimizes assembly handling and user productivity through smarter rebuild logic and connectivity management. Performance improvements reduce wait times during design changes, allowing faster iteration. Workflow enhancements streamline common tasks and improve collaboration across distributed teams.

Smarter Assembly Rebuilds

Assembly rebuild recognition skips unnecessary recalculation when only cosmetic changes occur in referenced components. This performance option prevents rebuilds for appearance updates, display state changes, and other non-geometric modifications. Large assembly users save significant time by eliminating redundant operations.

Lightweight component auto-resolve can be disabled to improve opening performance for assemblies with many parts. Graphics rebuild improvements replace full regeneration with incremental updates when possible. These optimizations maintain productivity when working with complex product structures.

Offline Mode and User Interface

Automatic offline mode activates during unexpected connectivity disruptions, maintaining access to designs without restarting sessions. Work continues seamlessly when network connections drop temporarily. The system synchronizes changes automatically when connectivity restores.

Simplified interface mode highlights frequently used commands while reducing visual complexity for new users. Interface customizations save separately for simplified and standard modes. Toggle between modes matches experience level and task requirements without losing personalized settings.

3DEXPERIENCE Platform Integration

Platform integration enables real-time collaboration through dashboards, task management, and persistent chat. Files share directly from SolidWorks with access controls determining viewer permissions. Package exports bundle referenced files for external stakeholders who need editable formats.

Drawing stamping incorporates maturity status and extended attributes including user contact information. Cut list management and EBOM integration improve design-to-manufacturing workflows. Recent files filtering shows only those relevant to active tenants, preventing confusion for multi-tenant users.