Funmat Pro 310 Neo
Compact Industrial 3D Printing System for Engineering Materials
The FUNMAT PRO 310 NEO is a compact industrial 3D printer designed for engineering teams, laboratories, and R&D environments that require reliable, high-temperature material processing and repeatable output in a smaller footprint. It delivers industrial thermal control, motion accuracy, and material versatility without the compromises associated with benchtop or consumer systems.
Supplied and supported in the Northeast United States by AlphaAMT, the PRO 310 NEO is deployed as a professional engineering system with structured onboarding, training, and long-term technical support.
Where the PRO 310 NEO Fits in the FUNMAT Platform
Within the FUNMAT industrial lineup from INTAMSYS, the PRO 310 NEO represents the compact industrial tier. It is engineered for organizations that need production-grade thermal control, print consistency, and material stability without the scale or infrastructure required for larger systems.
It is an industrial system designed to operate reliably in labs, pilot lines, and engineering departments.
Industrial High-Throughput Printing in a Compact System
The PRO 310 NEO is engineered to support both high-throughput and small-batch manufacturing and engineering loads where speed should not negatively impact the quality of parts.
Key throughput capabilities include:
- 12+ high-speed material processing profiles, delivering 500–1000 g/day
- Duplicate and mirror printing modes to double output, exceeding 1 kg/day
- Stable print quality maintained at high speeds for continuous operation
A next-generation print mainboard powered by an advanced NXP MCU provides the computing performance required for precise motion control and real-time process adjustments during high-speed printing.
Advanced Motion Control for Surface Quality
High throughput only matters if surface quality and accuracy are preserved. The PRO 310 NEO incorporates advanced motion control algorithms that actively manage speed and extrusion behavior.
These include:
- Intelligent speed prediction, adjusting velocity based on path complexity
- Dynamic flow compensation, preventing over- or under-extrusion at high speeds
The result is a consistent surface finish and dimensional accuracy, even on complex geometries.
Up to 100 °C Heated Chamber for Engineering Plastics
The PRO 310 NEO features an actively heated chamber up to 100 °C, enabling stable printing of temperature-sensitive engineering materials.
This controlled environment:
- Reduces warping, shrinkage, and delamination
- Enables full-format printing up to 305 × 260 × 260 mm
Improves mechanical strength and consistency across builds
For materials such as polycarbonate, the heated chamber prevents deformation in long-edge prints exceeding 150 mm, supporting functional and validation-grade parts.
Broad Material Versatility for Industrial Applications
The FUNMAT PRO 310 NEO supports a wide range of engineering, composite, and flexible materials, allowing teams to qualify parts across multiple applications on a single platform.
Supported material classes include:
- High-performance thermoplastics: PPS, PPS-CF/GF
- Engineering thermoplastics: PPA-CF/GF, PC, PC-FR, PC/PBT, ABS-HS, PA12-CF, PC/ABS, PA6/66, PA6-CF
- Flexible materials: TPU 95A
In-built open-material compatibility allows manufacturers to select filaments based on performance and availability rather than proprietary lock-in.
IDEX Architecture for Flexible Production
The independent dual-extrusion (IDEX) system supports multiple industrial workflows:
- Duplicate and mirror modes for efficient batch production
- Dedicated support printing for complex geometries
- Dual-material or dual-color printing for functional differentiation
This flexibility improves throughput, surface quality, and application range without increasing system complexity.
Reliability, Safety, and Continuous Operation
The PRO 310 NEO is engineered for extended, unattended operation with features designed to protect both the process and the operator.
Key reliability and safety features include:
- Automatic bed leveling and Z-axis calibration
- Nozzle clog detection and filament runout monitoring
- Self-cleaning printhead for reduced maintenance
- Built-in HEPA and activated carbon filtration
- Electromagnetic door locks and access detection
- Robust thermal insulation for high-temperature operation
These features support safe, stable operation in professional environments.
Software, Networking, and Industry Integration
The system is powered by INTAMSUITE NEO software, providing:
- Automated model repair and slicing
- Intelligent path-planning algorithms
- Remote monitoring and print optimization
Network and API support enables integration with MES and Industry 4.0 workflows, supporting scalable deployment across engineering teams.
Delivered and Supported by AlphaAMT
AlphaAMT provides full lifecycle support for the FUNMAT PRO 310 NEO, including:
- Application and material consultation
- Professional installation and onboarding
- Operator training
- On-site service and troubleshooting
- Long-term application engineering support
Our local hands-on support ensures the system performs as a dependable industrial tool throughout its service life.
Evaluate the FUNMAT PRO 310 NEO for Your Application
If your team requires a compact industrial 3D printer capable of high-throughput engineering material printing with repeatable quality and professional support, the FUNMAT PRO 310 NEO offers a proven solution.