The Intamsys Funmat Pro 310 3D Printer is a state-of-the-art industrial-grade printer designed for high-performance applications, ideal for engineers, manufacturers, and researchers. With its ability to print high-temperature materials such as PEEK, PEI (Ultem), Nylon, and ABS, the Funmat Pro 310 is perfect for creating functional prototypes, end-use parts, and complex models that demand precision and durability.
Equipped with a high-temperature extruder that reaches up to 450°C, a heated build chamber that maintains temperatures up to 90°C, and a build plate capable of reaching 160°C, the Funmat Pro 310 is optimized for printing a wide range of advanced thermoplastics, ensuring excellent mechanical properties and thermal stability.
Key Features:
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High-Temperature Extruder (Up to 450°C): Capable of printing advanced materials like PEEK, PEI, and other engineering-grade thermoplastics, enabling the production of parts with superior strength and thermal resistance.
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Heated Build Chamber (90°C): Provides a stable temperature environment, reducing warping and ensuring optimal layer adhesion for high-performance materials.
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Heated Print Bed (160°C): Improves adhesion for materials prone to warping, facilitating successful first layers and overall print reliability.
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Large Build Volume: The expansive 310x310x310mm build area accommodates larger models and complex geometries, making it suitable for demanding projects.
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Industrial-Grade Precision: Achieve exceptional layer resolutions down to 50 microns, ideal for intricate designs and functional prototypes requiring high detail.
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Enclosed Design for Temperature Stability: The fully enclosed build chamber maintains consistent temperatures, ensuring high-quality prints and reducing the risk of failure with high-performance materials.
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Multi-Material Compatibility: The Funmat Pro 310 supports a variety of materials, from standard filaments like PLA and ABS to high-performance polymers such as PEEK and Nylon.
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User-Friendly Touchscreen Interface: The intuitive 7-inch color touchscreen offers straightforward navigation, real-time monitoring, and easy adjustments during the printing process.
Exceptional Performance:
The Intamsys Funmat Pro 310 is engineered for professionals who require a reliable solution for high-performance 3D printing. With its advanced capabilities, this printer excels in creating functional parts that withstand extreme conditions, making it an excellent choice for industries like aerospace, automotive, medical, and industrial manufacturing.
The 450°C extruder and heated build chamber allow for seamless printing of challenging materials, while the precision and layer resolution guarantee the creation of detailed, functional parts. Whether you need to prototype complex designs or produce end-use components, the Funmat Pro 310 delivers exceptional results every time.
Ideal For:
- Aerospace and Automotive Applications
- Medical Device Development
- Engineers and R&D Departments
- Industrial Prototyping
- Custom Parts and Functional Components
The Intamsys Funmat Pro 310 3D Printer is your ultimate solution for high-performance, industrial-grade 3D printing. Elevate your capabilities in producing advanced, high-temperature parts with precision and reliability. Order the Intamsys Funmat Pro 310 today and experience the power of industrial 3D printing technology!
Bring industrial performance to your desktop
Widely Applied in the Industrial Manufacturing Areas
A staple of industrial manufacturing, print multiple engineering materials
Where does the FUNMAT PRO 310 Shine?
By Bringing Industrial Performance to Desktop 3D Printing
Enabling Additive Manufacturing to Empower More Innovators
Full-Size Engineering Plastic Printing
Superior 100°C thermostatic chamber for enhanced mechanical properties of printed parts
Up to 100°C Chamber
Actively heated thermostatic build chamber with temperatures up to 100°C,
ensuring low internal stresses and good interlayer bonding of parts.
Provide better mechanical properties and suitable for printing all types of engineering plastics.
Full-size Printing
Reduce thermal deformation and shrinkage of the model during the printing process, avoid warping to achieve large format full size (305mm*260mm*260mm) printing.
PC Printing in Heated Chamber VS Unheated Chamber
The engineering material PC is significantly affected by temperature during the printing process. When the length of one edge exceeds 150mm, 100°C constantly heated chamber can avoid warping, delamination cracking, deformation and other problems of the printed part.
Recommended Chamber Temperature for Material Printing
Based on the insights of the material properties and the optimization of the printing process precipitation, the best performance of the material can be achieved. It could improve the Z-direction tensile strength of the printed parts.
Up to 20 days of continuous high-quality printing
INTAM™Box, with reusable molecular sieve to keep filament dry
Ensures optimal printing conditions for the materials.
Independent Sealed Keep Dry Filament Box
Standard independent sealed keep dry chamber, with reusable molecular sieve. Its active moisture absorption function keeps long-term low humidity with no need to dry the filaments repeatedly.
Anti-tangle Design
The anti-tangle design avoids tangling and knotting of filament to ensure continuous printing effect.
Printing with Dry Filament VS Damp Filament
Compared with damp filament, printing with dry filament may avoid drawing, bubbles, burrs, ensuring that nylon (PA, PA-CF) and other moisture-absorbent materials achieve continuous high-quality printing.
More Delicate Surface Finish of Complex Geometries
Ensure high-quality surface finish of printed parts in ABS/PC/PC-ABS/PA/PA-CF and other engineering materials.
Independent Dual Extruders (IDEX) Design
Two printheads can run independently of each other along the same axis during the printing process, which ensures
the printing quality of complex geometries parts in conjunction with the engineering material support solution.
Water-soluble Support Materials
When printing complex geometries such as piping, where the support material is difficult to peel off manually, water-soluble materials can be used to both support the structure and dissolve in water, ensuring perfect printing quality.
Easy-to-breakaway Support Material
The independent dual extruder design makes it easy to remove the support material without having to worry about the roughness of the contact surface caused by the peeling of the support material.
Multiple Printing Modes for Multiple Printing Needs
Mirror/Copy mode for improved batch printing efficiency
Support mode printing enables high-quality finish complex geometries printing
accuracy of printed parts
Dual color printing brings more design inspiration
Mirror Mode
Duplicate Mode
Support Mode
Dual Color Mode
Unparalleled Customer Experience
FUNMAT PRO 310 provides a good experience for 3D printing beginners and experts alike
Enhanced Printing Platform
Auto mesh leveling with 100 points surface flatness measurement and automatic Z-axis compensation
Flexible build plate for easy part removal
Glue-free bed adhesion
User-friendly Interface
Intelligent interactive design, user-friendly interface, with task queue management function.
Modular Design
Plug and play modular design makes it easy to disassemble and maintain.
New Slicing Software
INTAMSUITE™ NEO
Automated slicing for both model design and repair
All-in-One collaborative additive manufacturing platform for
online monitoring and print process optimization
Intelligent Path Planning Algorithms
Remote Networking Capabilities
Seamless integration with MES to help companies enter industry 4.0
Health & Safety
High-standard safety design to ensure the health and safety of users
Built-in Air Filtration System
The HEPA filter can capture small particles generated during the printing process, and the activated carbon can absorb volatile chemicals emitted during the process.
Electromagnetic Door Lock and Door Opening Detection Sensor
Avoid personal danger caused by misoperation during printing.
Overall Thermal Insulation Design
Excellent thermal insulation design (thickened insulation layer, front door with double glass, temperature-resistant cover on the top) while the printer's working.
