Industrial high-temperature 3D printing for functional parts and small-batch production

The Intamsys Funmat Pro 610 HT is an industrial 3D printer built for producing functional parts that need to meet stringent requirements, as well as for small series production. Its large-format design supports both oversized components and batches of smaller parts in a single run.

Built by INTAMSYS, a high-tech manufacturer focused on 3D printing and industrial direct additive manufacturing solutions, the Funmat Pro 610 HT is intended for professional environments where material capability, thermal control, and part reliability are critical.

Key features of the Intamsys Funmat Pro 610 HT

Large-format production capacity

A generous build area allows the printer to handle large components or multiple smaller parts for low-volume manufacturing. This makes the system practical for production workflows that need more throughput than desktop-sized machines can offer.

Advanced thermal system for high-performance polymers

The Funmat Pro 610 HT is engineered for demanding technical materials. A heated chamber maintains a consistent 300°C, while the build platform also reaches 300°C, creating a controlled environment for printing advanced thermoplastics.

That high-temperature thermal architecture helps reduce the chance of part warping and supports more consistent, higher-quality results when working with engineering-grade materials.

500°C all-metal extrusion

An all-metal extruder with a maximum temperature of 500°C enables processing of high-performance filaments that require elevated print temperatures. The printer is designed to support almost every high-performance thermoplastic material on the market.

Supported materials mentioned in the original product information include PEEK, PEKK, PAEK, ULTEM™, PPSU, PC, PA, ASA, and ABS, along with PEI and other technical polymers.

Dual extrusion and automatic filament handling

The double extrusion system supports the production of solid and durable functional parts. Automatic filament reloading adds convenience and helps improve operational efficiency during longer or more material-intensive jobs.

Open material platform

An open material platform gives users flexibility in material selection rather than limiting the machine to a closed ecosystem. According to the original product information, that approach can potentially reduce material-related costs by up to 50%.

Where the Funmat Pro 610 HT fits in professional workflows

Functional prototyping and validation

This industrial printer is suited to functional test prototyping where high mechanical performance and thermal resistance matter. The combination of high-temperature capability and a stable thermal chamber supports parts intended for realistic testing environments.

Tooling, fixtures, and manufacturing aids

The machine is also appropriate for tooling and fixture production. Large build capacity and durable material support make the system useful for creating manufacturing aids used on the shop floor.

Direct production across multiple industries

The Intamsys system has been optimised for use in aerospace, aviation, automotive, electronic manufacturing, consumer goods, healthcare, scientific research, and other advanced sectors. Applications range from functional components to direct mass production of final products where additive manufacturing fits the workflow.

Why professionals choose a high-temperature 3D printer with a heated chamber

The main advantage of the Funmat Pro 610 HT is its ability to combine industrial-scale build capacity with the thermal performance needed for high-end polymers. For engineers, manufacturers, and technical users who need large functional parts or repeatable low-volume production, the printer is designed to deliver material versatility, controlled processing conditions, and durable output.