Funmat Pro 310 NEO

Funmat Pro 310 NEO 3D printer

FUNMAT PRO 310 NEO is a high-speed “Industrial FFF” 3D Printer which is designed for direct industrial applications and small batch production. FUNMAT PRO 310 NEO meets the stringent requirements of industrial customers for print precision, material performance, repeatability and consistency, printing efficiency, and safety in industrial production. We are continuously expanding our range of material process packages for high-speed printing. Furthermore, current customers will automatically receive updated notifications and free upgrades at no additional cost as we release more material process packages in the near future.

NEO Highlights:-

• High temp 350 deg C extruder temp; 100 deg C chamber temp
• High speed mode at 400mm/s
• High performance materials inc. ABS, ASA, PC, PPA, PPS, PA-CF etc.
• High accuracy
• High throughput with IDEX mode
• High reliability, with filament drybox
• Complete solution: 3D printer, drybox, cabinet, Idex, part materials, support materials, advanced software

NEO System in Detail

• With its thermostatic chamber reaching temperatures of up to 100 °C and a head extruder temperature of 350 °C enables the printing of engineering plastics effortlessly.
• The spacious build volume of 305 x 260 x 260mm provides ample space for your projects.
• Experience the convenience and functionality of the plug & play, easy-to-remove modular IDEX design which offers multiple printing modes.
• The FUNMAT PRO 310 ensures precise control throughout the entire printing process.
• Discover the extensive material capabilities including PA6/66, PA6-CF, PA12-CF, PC, PC-ABS,ABS, ASA, PLA, HIPS, PVA.
• The INTAMSYS user-friendly 3D model-slicing software, INTAMSUITE™, ensures seamless integration with the printer, enabling efficient workflow management.

High Speed

• With 8 types of material process packages for high-speed printing, production capacity reaches 500g to 1000g/day, which was verified by 240,000 hours of production-grade printing. With the printing mode of duplicate and mirror modes, production capacity will double, reaching 1000g/day.
• Maximum speed is 500mm/s; Average printing speed is 250mm/s; Maximum printing acceleration is 10,000 mm/s2;
• New self-developed high-speed architecture including the high-speed printing control mainboard, advanced motion control algorithms as well as optimized material process packages for High-Speed printing, ensure the superior surface finish and high dimensional precision under the high printing speed

High Temp

• Up to 100℃ thermostatic chamber design for true engineering plastic full-scale printing capability, solving warping and achieving stable shaping.

Active heating thermostatic chamber with uniform temperature distribution, up to 100℃ and the chamber temperature fluctuation range is less than 5%. Ensure lower internal stress and better interlayer bonding during printing, reduce thermal deformation and shrinkage of the model during printing to avoid warping. Especially for PC, PC material exhibits high shrinkage and is highly sensitive to temperature during forming. Consequently, as part size increases, warping and deformation issues become more pronounced with low or inconsistent chamber temperatures. With up to 100℃ heated chamber, FUNMAT PRO 310 NEO could print PC material very well without warping.

• With up to 100℃ heated chamber, the mechanical properties of printed parts greatly enhanced.

Heated chamber can significantly improve the mechanical properties (especially Z-axis performance) of printed parts. By maintaining a consistently high chamber temperature throughout the printing process, the interlayer adhesion of the material is enhanced, increasing the overall structural strength.

• With up to 100℃ heated chamber, FUNMAT PRO 310 NEO ensure the enhanced repeatability and consistency of printed parts mechanical properties

Maintaining consistent chamber temperature enhances the repeatability and uniformity of prints, ensuring reliable results with each production cycle. This consistency is essential for mass production and the direct manufacturing of end-use products.

High Versatility

• Versatile Materials Printing without changing nozzle: High performance thermoplastics profile PPS; PPS-CF; PPS-GF (350℃ Nozzle extend the filament type to support PPS printing)

• IDEX (4 working modes) (mirror, duplicate, dual, support material printing): Plug and play, easy-to-remove modular IDEX design, which can realize multiple printing modes such as support mode, dual material mode, mirror mode and duplicate mode. Support mode printing could achieve the great printing quality of complex geometry parts in conjunction with the engineering material support solution. INTAMSYS provide perfect water-soluble/easy-peeling support material solutions for various engineering materials

Unparalleled Performance

• IDEX Auto Z-axis calibration
• Automatic Mesh Leveling up to 10 x 10 mode
• Remote networking capabilities
• INTAM™Box, up to 20 days of continuous high-quality printing

The overall sealed design, combined with the reusable molecular sieve ensures long-term low humidity and no need to dry the filaments repeatedly. Guarantee the printing quality of easily hygroscopic materials such as nylon (PA).

• Mesh Levelling up to 10 x 10 mode: Intelligent multi-point mesh automatic levelling, real-time compensation for motion accuracy, no manual calibration, quick and easy to use.

• Remote networking capabilities: The operation interface is modern and friendly, with automatic management of task queues, providing standard API interfaces, realizing seamless integration with MES, and meeting the needs of customers to access Industry 4.0.

Drive Fast ROI

Moreover, the industrial design of the FUNMAT PRO 310 NEO ensures its robustness, allowing for long periods of high-intensity continuous production. This extends the profitability window beyond the initial investment, providing the potential customer including printing service bureau with ongoing revenue streams.

NEO Material Options

8 types of material printing process packages for high-speed printing include: PPA-CF, PPA-GF, PC, PC-FR, PC/PBT, ABS-HS, PA12-CF, PLA. For ABS, the tensile strength increased threefold at higher chamber temperatures. For PC and PC-ABS, higher chamber temperatures still positively impacted the mechanical properties. Engineering thermoplastics material: PC, PC-FR, PC/PBT, PC/ABS, ABS-HS, PPA-CF, PPA-GF PA12-CF, ABS+, ASA+, PA6/66, PA6-CF. Flexible material: TPU95A. Biodegradable thermoplastics material: PLA

Verified material partnership (third-party): compatible with OPEN-SOURCE filaments, offering versatility and cost-effectiveness. FFF 3D Printing PC, a widely used engineering material, is difficult or comes with high costs. From an industrial application perspective, the market lacks a 3D printer capable of PC printing at high speed. PC materials come in various types and are used in large quantities, with an annual production exceeding 5 million tons and continuously growing at a fast pace. Pure PC material, due to its mechanical properties and high-temperature resistance, is widely used in various manufacturing industries. PC-FR, possessing flame retardant properties, is suitable for applications requiring fire-resistant enclosures, such as aircraft and rail transportation. PC-ABS combines the weather resistance of PC with the toughness of ABS, making it ideal for long-term outdoor automotive applications. PC/PBT, due to its combination of stiffness and toughness, is especially suitable for use in electronic manufacturing.

IDEX dual nozzle system

IDEX is the shorthand for “Independent Dual Extruders” and this is the 3D printing technique that allows two printheads to move independently from each other, but synchronised. Each head has its own nozzle and can print with the same or a different material.

Independent dual extruder (IDEX) system offers users a choice of 4X print modes:

• Single part with one part material and one support material
• Single part in two colours or two different part materials
• Two identical parts at once
• Two mirrored parts at once

Funmat Pro 310 NEO Specification

• Single-head build volume: 305 x 260 x 260mm
• Dual-head build volume: 260 x 260 x 260mm
• Head type: IDEX dual nozzle system
• Quick change printhead with dual-drive gear extruder
• Active cooling of the printhead reduces the risk of clogging
• Independent Filament Box
• Flexible build plate for easy part removal
• Chamber temp 100 °C
• Extruder Head temp 350 °C
• Open source materials

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