3DSprint 2025.4

3DSprint

3DSprint is the official print preparation and slicing software for 3D Systems’ professional and industrial 3D printers—including SLA (stereolithography), SLS (selective laser sintering), and MultiJet Printing systems. Designed to streamline the additive manufacturing workflow, 3DSprint combines powerful preparation tools with an intuitive interface that reduces training time while maximizing print success rates. Version 2025.4 represents a significant evolution of this essential software, introducing enhanced automation features, improved support generation algorithms, and expanded compatibility with the latest 3D Systems printer models. For organizations relying on 3D Systems technology, 3DSprint is not merely software—it is the critical bridge between digital design and physical reality.

3D Sprint 2025.4

🖨️ Primary Users

This professional 3D printing software is designed for:

• Additive Manufacturing Engineers & Technicians preparing 3D models for production on 3D Systems printers.

• Dental & Jewelry Professionals using 3D Systems printers for high-precision applications.

• Rapid Prototyping Specialists in product development and engineering firms.

• Manufacturing Facilities operating 3D Systems SLA, SLS, and MultiJet printers.

• 3D Printing Service Bureaus processing customer files for production.

⚡ Key Features & Capabilities

🖨️ Comprehensive Printer Support

Supported 3D Systems Technologies:

• SLA (Stereolithography): ProJet, ProX, and iPro series

• SLS (Selective Laser Sintering): sPro and ProX SLS systems

• MultiJet Printing: ProJet MJP and ProJet CJP series

• Figure 4: Modular production platform

• Dental Printers: NextDent and specialized dental systems

📐 Advanced Print Preparation

Model Import & Repair:

• Import STL, OBJ, PLY, 3MF, and native CAD formats

• Automatic mesh healing and hole filling

• Wall thickness analysis and verification

• Geometry validation for print readiness

Positioning & Orientation:

• Automatic optimal orientation algorithms

• Manual positioning with precise controls

• Multiple model arrangement on build platform

• Nesting optimization for maximum throughput

🔧 Intelligent Support Generation

Automated Support Structures:

• Smart support algorithms for SLA and MultiJet printing

• Customizable support density and attachment points

• Tree-style supports for material efficiency

• Easy-remove support configurations

Manual Support Tools:

• Add, edit, and remove individual supports

• Support brushing for targeted reinforcement

• Support structure visualization and verification

🎚️ Advanced Slicing Engine

• High-precision slicing with adjustable layer thickness

• Adaptive slicing for optimized surface finish

• Multi-resolution slicing for detail preservation

• Real-time slice preview and verification

📊 Print Simulation & Validation

Build Time Estimation:

• Accurate print time prediction

• Material usage calculation

• Cost estimation for production planning

Visual Simulation:

• Layer-by-layer print preview

• Support structure visualization

• Potential issue detection before printing

⚡ Production Optimization

Batch Processing:

• Queue management for multiple print jobs

• Automated job scheduling

• Remote printer monitoring and control

Material Management:

• Material profile library for resins and powders

• Material usage tracking

• Expiration monitoring for resins

🔗 Workflow Integration

• Seamless integration with 3D Sprint (design software)

• Network printer connectivity

• Job history and reprint capabilities

• Integration with production management systems

🆕 What’s New in Version 2025.4

• Enhanced Automated Orientation – Improved algorithms for optimal part placement with reduced support requirements

• Next-Generation Support Generation – Smarter, more efficient support structures with easier removal

• Figure 4 Modular Support – Expanded compatibility with Figure 4 production platform

• Multi-Jet Printing Enhancements – Optimized settings for ProJet MJP series

• Slice Preview Improvements – Faster, more detailed layer-by-layer visualization

• Material Library Expansion – Updated profiles for latest 3D Systems materials

• Nesting Optimization – Better packing algorithms for higher build density

• User Interface Refinements – Streamlined workflow with context-sensitive toolbars

• Performance Optimizations – Faster processing for large, complex models

💻 System Requirements

Minimum Requirements

• OS: Windows 10/11 (64-bit)

• RAM: 4 GB (8 GB or more for Recommended)

• Storage: 10 GB free space