Zortrax Inventure 3D Printer 135×135×130 mm, dual extrusion head

Zortrax Inventure 3D Printer 135×135×130 mm, Dual Extrusion Head

Advanced Dual Extrusion 3D Printing System

Zortrax Inventure is a professional desktop 3D printer designed for high-precision engineering, prototyping, and production of complex functional parts. It features a dual extrusion system that allows printing with two different materials simultaneously, including dissolvable support structures for highly complex geometries.

Compact Industrial-Class Design

Despite its compact footprint, the Inventure delivers industrial-grade capabilities. It is equipped with a fully enclosed heated build chamber, which ensures stable temperature conditions during printing. This reduces warping, improves layer adhesion, and increases dimensional accuracy, especially when working with technical materials like ABS-based or composite filaments.

Build Volume

The printer offers a build volume of 135 × 135 × 130 mm, making it ideal for precision prototypes, mechanical parts, and small-scale functional components. This size is optimized for high-detail prints where accuracy is more important than large scale production.

Dual Extrusion Technology

The dual extrusion system enables two independent hotends to work in one print job. This allows:

• Printing model material + dissolvable support material
• Creating complex internal geometries and moving mechanisms
• Reducing post-processing time significantly
• Improving surface quality on overhangs and bridges

The system supports water-soluble support materials, which can be easily removed by soaking the printed object in a dedicated cleaning station.

Dissolvable Support System

One of the key advantages of Zortrax Inventure is its support removal process. When using dual extrusion, support structures are printed from a special material that dissolves in water. This eliminates the need for mechanical removal and prevents damage to delicate parts.

Heated Chamber and HEPA Filtration

The enclosed heated chamber maintains optimal thermal conditions during printing, which is essential for engineering-grade materials. Additionally, the built-in HEPA filter captures over 99% of airborne particles generated during the printing process, improving safety and reducing odor.

Printing Technology

Zortrax Inventure uses LPD Plus (Layer Plastic Deposition Plus) technology, which provides:

• High dimensional accuracy
• Strong interlayer bonding
• Stable extrusion performance
• Reliable long-duration prints

Connectivity and Workflow

The printer works via SD card and integrates with Z-SUITE software, which handles slicing, model preparation, and print optimization. Z-SUITE is designed specifically for Zortrax machines and includes preset profiles for supported materials, reducing setup complexity.

Material Compatibility

Zortrax Inventure supports a wide range of materials, including:

• Z-ABS
• Z-PLA / Z-PLA Pro
• Z-ULTRAT
• Z-ASA Pro
• Z-GLASS
• Z-NYLON
• Z-PETG
• Z-FLEX
• Z-SUPPORT Premium (dissolvable support material)

Key Advantages

• Dual extrusion with soluble supports
• Fully enclosed heated chamber
• High precision engineering output
• Minimal post-processing required
• Industrial reliability in desktop format

Applications

Zortrax Inventure is widely used in engineering, medical prototyping, industrial design, and education. It is especially effective for producing complex mechanical assemblies, prototypes with internal structures, and high-detail functional components.

Technical Specifications

Build volume: 135 × 135 × 130 mm
Technology: LPD Plus (Layer Plastic Deposition Plus)
Extrusion system: Dual hotend
Layer resolution: 150–300 microns
Nozzle diameter: 0.4 mm
Filament diameter: 1.75 mm
Chamber: Fully enclosed, heated
Filtration: HEPA filter
Connectivity: SD card
Software: Z-SUITE

Conclusion

Zortrax Inventure is a compact yet powerful dual extrusion 3D printer designed for professionals who require high precision, reliable performance, and advanced material capabilities, including dissolvable support technology for complex geometries.