Funmat Pro 310 Apollo
Automated Industrial 3D Printing System for PAEK Production
The FUNMAT PRO 310 APOLLO is a 3D printing system based on automation and designed to work with PAEK materials and production-scale output. It is designed for use in both batch and continuous manufacturing and enables engineering teams to skip prototyping, enabling repeatable, traceable production of end-use parts.
Compact in footprint but production-oriented by design, the PRO 310 APOLLO is built for environments where consistency, throughput, and reduced operator dependency are critical.
Supplied and supported in the Northeast United States by AlphaAMT, the PRO 310 APOLLO is delivered end-to-end as a complete production system, including local training, service, and long-term manufacturing support.
Where the PRO 310 APOLLO Fits in the FUNMAT Lineup
Within the FUNMAT industrial portfolio from INTAMSYS, the PRO 310 APOLLO is positioned as the production-focused evolution of the existing 310 platform.
Key distinction:
- 310 NEO is used in labs, R&D, and engineering validation
- 310 APOLLO is used for automated workflows, repeatability, and internal production scaling
APOLLO is engineered for teams transitioning from experimental printing to controlled additive manufacturing processes.
Engineered for PAEK 3D Printing at Production Scale
PAEK materials such as PEEK, PEKK, and fiber-reinforced variants place extreme demands on thermal stability, extrusion control, and motion accuracy. The PRO 310 APOLLO is purpose-built to meet these demands at production throughput.
It supports the full PAEK material range, including:
- PEEK
- PEKK
- PEEK-CF and PEEK-GF
These capabilities enable manufacturing of full-strength functional parts, not just display prototypes.
With optimized process control, parts can achieve up to 40 MPa Z-axis tensile strength, supporting mechanically demanding applications where interlayer performance matters.
High-Speed PAEK Printing Without Compromising Strength
The FUNMAT PRO 310 APOLLO features the industry’s first PAEK-optimized dual-nozzle IDEX system, enabling production-grade throughput without sacrificing part integrity.
Production advantages include:
- Print speeds up to 200 mm/s
- Over 4× faster PAEK output compared to standard PEEK systems
- Mirror and duplicate modes for double productivity
- No trade-off between speed, strength, and surface quality
This significantly shortens production cycles while supporting both batch manufacturing and end-use delivery.
Built for Continuous, Unattended Production
APOLLO is designed to run as a key production asset. Some of its key continuous-production features include:
- Dual 3 kg active dry material boxes, heated up to 65 °C
- Up to one week of uninterrupted printing without material changeovers
- Auto-cleaning nozzles that eliminate the need for prime towers
- Reduced material waste and faster job turnaround
These capabilities allow teams to maintain output with minimal operator intervention and minimal downtime.
Thermal Stability for Repeatability and Yield
PAEK production demands precise thermal control. The PRO 310 APOLLO integrates optimized hardware and software to maintain stable chamber temperatures up to 100 °C.
This controlled environment within the printer:
- Minimizes warping and material inconsistency
- Improves dimensional accuracy across batches
- Increases print success rate for high-temperature materials
Thermal stability is foundational to APOLLO’s ability to deliver repeatable, production-ready parts.
Traceability and Quality Control Built In
For production environments, process visibility is as important as speed. The PRO 310 APOLLO integrates INTAMQuality™ for end-to-end traceability.
Quality and tracking features include:
- Real-time data logging
- Full part and material traceability
- RFID-based INTAMSYS spool recognition
- Quality validation from print start to completion
This supports internal quality systems and regulated manufacturing workflows.
Intelligent Control Platform for Scalable Manufacturing
APOLLO is designed to be an intelligent control system with a balance between thermal, flow and motion dynamics that is achieved through multi-physics equilibrium.
Capabilities include:
- Intelligent path planning and adaptive control
- End-to-end monitoring and remote operation
- Stable, trackable production behavior
This platform can be used to scale up in both engineering and production teams.
Industry-Driven Applications
The FUNMAT PRO 310 APOLLO is suited for high-requirement industrial sectors, including:
- Aerospace (PEEK, PEKK): strength, thermal stability, radiation resistance
- Robotics manufacturing (PEEK-CF): stiffness, modulus, surface quality
- Oil & gas (PPS-GF): wear resistance, thermal and chemical stability
These applications rely on APOLLO’s ability to deliver durable, repeatable end-use parts.
Delivered and Supported by AlphaAMT
AlphaAMT provides full lifecycle support for the FUNMAT PRO 310 APOLLO, including:
- Production and application consultation
- Professional installation and commissioning
- Operator and process training
- On-site service and troubleshooting
- Ongoing production optimization support
Our local hands-on support ensures APOLLO functions as a manufacturing system for your organization.
Evaluate the FUNMAT PRO 310 APOLLO for Production Use
If your organization requires automated, traceable, and repeatable PAEK production in a compact industrial platform, the FUNMAT PRO 310 APOLLO offers a proven solution.