INTAMSYS FUNMAT PRO 310 NEO: Ushering in a New Era of High-Speed Industrial 3D Printing with Engineering Materials

In the rapidly evolving landscape of additive manufacturing, leading 3D printer manufacturer INTAMSYS has consistently distinguished itself as a provider of robust, industrial-grade FFF 3D printing solutions. Renowned for machines compatible with demanding high-performance materials such as PEEK, PEI, and PPSU, alongside a broad spectrum of engineering materials, INTAMSYS has carved out a significant niche. Now, the company introduces its latest innovation, the INTAMSYS FUNMAT PRO 310 NEO 3D printer, poised to redefine desktop industrial capabilities.

Building upon the success of its predecessor, the original INTAMSYS FUNMAT PRO 310, which was celebrated for packing extensive features into a compact footprint, the NEO variant represents a significant evolutionary leap. This new machine embodies the philosophy of “bringing industrial performance to your desktop,” elevating the user experience to unprecedented levels. Designed to meet the rigorous demands of engineers, product designers, and researchers alike, the FUNMAT PRO 310 NEO integrates a host of advanced features that promise enhanced speed, precision, and material versatility. Let’s delve into the specifics of what makes this new industrial FFF 3D printer a game-changer in the additive manufacturing space.

Unleashing Unprecedented Speed and Quality with the FUNMAT PRO 310 NEO

INTAMSYS proudly positions the FUNMAT PRO 310 NEO 3D Printer as a high-speed, industrial FFF platform specifically engineered for direct industrial applications and efficient small-batch production. This classification implies a stringent set of requirements, including exceptional print precision, consistent material performance, high repeatability, operational efficiency, and, crucially, uncompromising safety standards. The core question is: how does the FUNMAT PRO 310 NEO meet and exceed these industrial benchmarks?

At the heart of the FUNMAT PRO 310 NEO’s impressive capabilities lies its newly developed high-speed architecture. This innovative design allows for a remarkable 50% reduction in printing time compared to conventional industrial FFF machines, all while maintaining the superior quality synonymous with INTAMSYS products. The printer boasts a maximum acceleration of an astonishing 10,000 mm/s², a figure that significantly enhances production throughput and allows for rapid prototyping and agile manufacturing workflows. This blend of speed and precision is essential for industries where time-to-market and high-volume production are critical.

Beyond sheer mechanical speed, the FUNMAT PRO 310 NEO integrates sophisticated control algorithms and optimized material process packages. These intelligent systems work in concert to ensure both a superior surface finish and exceptional dimensional precision, even when operating at maximum printing speeds. Currently, INTAMSYS provides eight dedicated material printing process packages, supporting a diverse range of engineering-grade filaments including PPA-CF, PPA-GF, PC, PC-FR, PC/PBT, ABS-HS, PA12-CF, and PLA. The inclusion of optimized profiles for materials like PC (Polycarbonate) is particularly noteworthy. PC is notoriously challenging to print, especially at high speeds, due to its propensity for warping and delamination. The FUNMAT PRO 310 NEO directly addresses this industrial need, enabling reliable, high-speed production of complex PC parts.

This enhanced speed directly translates into significant improvements in production capacity, a fundamental requirement for industrial additive manufacturing. The machine can achieve an impressive production rate of 500g to 1000g per day, operating at an average printing speed of 250mm/s. The actual output, of course, is influenced by the specific material being used and whether the dual extruders are utilized in mirror or duplicate mode. Activating these advanced IDEX (Independent Dual Extruder) modes substantially boosts the machine’s throughput, potentially reaching the upper end of the 1000g/day capacity. While employing these modes reduces the effective build volume from 305 x 260 x 260mm to 260 x 260 x 260mm, this still represents a highly respectable and practical build size for a desktop industrial solution, offering flexibility for varied production needs.

Advanced Features for True Engineering-Grade Printing Performance

While its remarkable speed is a significant advantage, the FUNMAT PRO 310 NEO offers far more to users seeking uncompromising engineering-grade performance. Inheriting and enhancing features from its acclaimed predecessor, this 3D printer boasts an impressive thermostatic chamber capable of maintaining temperatures up to 100°C. This heated environment is crucial for achieving what INTAMSYS refers to as “true engineering plastic full-scale printing capability,” enabling the successful processing of advanced materials that are challenging or impossible to print in open-air conditions.

Experienced users of engineering materials understand the critical role of a heated chamber in producing high-quality, reliable parts. INTAMSYS has taken this a step further by ensuring exceptional thermal uniformity throughout the build chamber, with temperature fluctuations kept to less than 5%. This precise temperature control is paramount for minimizing internal stress within printed parts and promoting superior interlayer bonding, which is essential for mechanical strength. Furthermore, a consistently heated environment drastically reduces model shrinkage, effectively preventing common issues like warping and delamination, especially when working with large prints or materials prone to thermal deformation.

Complementing the heated chamber is a robust heated build platform, capable of reaching temperatures up to 160°C. The synergy between the heated chamber and platform not only expands the range of compatible engineering-grade materials but also significantly enhances the consistency and reliability of the mechanical properties of the final prints. INTAMSYS’s research has demonstrated that maintaining a consistently high chamber temperature leads to improved interlayer adhesion, resulting in benefits such as greater tensile strength for ABS parts and superior mechanical properties for PC and PC-ABS composites. This level of consistency makes the FUNMAT PRO 310 NEO an ideal choice for mass production scenarios and the manufacturing of high-performance end-use parts, where material integrity and repeatability are non-negotiable.

The heated chamber is just one aspect of the NEO’s material versatility. While many INTAMSYS solutions excel in multi-material printing, the FUNMAT PRO 310 NEO introduces a new 350°C nozzle. This high-temperature nozzle not only ensures a high success rate across a wide range of standard and engineering filaments but also unlocks the capability to print truly high-temperature materials like PPS (Polyphenylene Sulfide) and PPA (Polyphthalamide), expanding the printer’s utility into even more demanding applications that were previously inaccessible to this class of machine.

This extensive material compatibility means users can seamlessly transition between a broad spectrum of filaments without the need for nozzle changes. The printer supports materials including PC, PC-FR (flame-retardant Polycarbonate for sectors like rail transportation), PC/PBT, PC/ABS (ideal for long-term outdoor automotive applications), ABS-HS, PA12-CF, ABS+, ASA+, PA6/66, PA6-CF, and TPU95A. This versatility ensures that the FUNMAT PRO 310 NEO can cater to diverse industrial needs, from creating durable prototypes to producing functional end-use parts with specific performance requirements, such as the flame-retardant properties of PC-FR for electronics manufacturing.

Furthermore, the IDEX (Independent Dual Extruder) system itself is a standout feature, offering four distinct working modes: mirror, duplicate, dual, and support material printing. Its modular, easy-to-remove design simplifies maintenance and material changes. The support mode printing is particularly beneficial when combined with water-soluble or easy-peeling support materials, streamlining post-processing for complex engineering parts. As previously mentioned, modes like mirror and duplicate are instrumental in significantly increasing the machine’s productivity, allowing for simultaneous printing of two identical or mirrored parts, effectively doubling output for specific jobs.

Optimized for an Enhanced User Experience and Operational Reliability

While the FUNMAT PRO 310 NEO is undeniably engineered for rigorous industrial applications, INTAMSYS has also dedicated significant effort to refining the overall user experience. The goal is to make industrial-grade 3D printing more accessible and reliable, even for high-intensity, continuous production cycles.

Key user-centric features include IDEX auto z-axis leveling with dual nozzle difference mitigation. This intelligent system automatically calibrates the z-height of both independent extruders, ensuring they are perfectly aligned during printing. This precision is vital for seamless multi-material prints and for maintaining consistent first-layer adhesion across the entire build platform. Additionally, the printer features advanced mesh leveling up to a 10×10 grid mode. This high-resolution mesh mapping allows for real-time compensation for any microscopic irregularities on the build surface, leading to superior accuracy and reliability across the entire print area, minimizing print failures and maximizing material utilization.

For modern industrial environments, connectivity and remote management are essential. The FUNMAT PRO 310 NEO comes equipped with robust remote networking capabilities, allowing users to monitor print progress, manage print queues, and troubleshoot issues from virtually anywhere. This feature enhances operational flexibility and improves overall workflow efficiency, especially in busy production settings. A particularly innovative feature is the INTAM™Box, a dedicated, sealed filament dry box. INTAMSYS claims that with the INTAM™Box, users can achieve up to 20 days of continuous, high-quality printing without interruption. This is made possible by the box’s ability to maintain an extremely low humidity environment for filaments. By preventing materials from absorbing moisture, the INTAM™Box significantly reduces the need for time-consuming filament drying processes. This is especially critical when printing with highly hygroscopic materials like nylon, which quickly absorb ambient moisture and can lead to compromised print quality, weak parts, and stringing issues. The INTAM™Box ensures that materials are always in optimal condition, directly translating to more consistent and higher-quality prints over extended periods.

In conclusion, INTAMSYS has clearly focused on designing a machine that is not only industrially robust but also exceptionally user-friendly for continuous, high-intensity production. The FUNMAT PRO 310 NEO stands as a testament to INTAMSYS’s unwavering commitment to advancing industrial-level, extrusion-based 3D printing. With its vast material portfolio, innovative high-speed architecture, and features engineered to boost productivity and ensure reliable performance, the FUNMAT PRO 310 NEO promises to be a powerful tool for engineers and manufacturers looking to push the boundaries of what’s possible with desktop industrial additive manufacturing. While only continued use will fully reveal its long-term impact, it represents a highly promising launch that reinforces INTAMSYS’s position at the forefront of the industry. You can learn more about its specifications and capabilities HERE.

What are your thoughts on the new INTAMSYS FUNMAT PRO 310 NEO 3D printer and its potential impact on industrial desktop additive manufacturing? Share your insights and comments below or engage with us on our official LinkedIn, Facebook, and Twitter pages! Don’t miss out on the latest advancements and news in the 3D printing world—sign up for our free weekly newsletter here. You can also discover more about additive manufacturing innovations by exploring all our videos on our YouTube channel.

*All Photo Credits: INTAMSYS