The Raise3D T450 features TwinFlow™ single-nozzle technology, enabling high-flow printing with two filaments fed simultaneously or dual-material printing.
With an extrusion temperature of up to 420°C, an actively heated chamber reaching 70°C and compatibility with a wide range of engineering filaments, it is suitable for manufacturing prototypes, functional parts and large tooling.
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The Raise3D T450 is a large-format FFF 3D printer designed to manufacture large parts while minimizing assembly. Its 450 × 350 × 400 mm build volume allows you to produce prototypes, tooling and jigs in a single piece. It combines TwinFlow™ single-nozzle technology, a maximum extrusion temperature of 420°C and an actively heated chamber reaching 70°C.
This architecture allows it to work with different materials, from PLA to reinforced engineering filaments, while offering extrusion modes suited to different manufacturing requirements.
The Raise3D T450 offers a generous build volume for printing large prototypes, housings and tooling.
This capacity makes it possible to produce one-piece components, reduce assembly requirements and maintain better geometric continuity across large parts.
The TwinFlow™ system combines two filament feed paths into a single nozzle, with simultaneous or sequential feeding depending on the selected mode.
It increases flow capacity using two identical filaments or supports printing with two compatible materials for multi-material applications.
The printhead reaches 420°C, while the actively heated chamber can maintain temperatures of up to 70°C.
This thermal management supports the use of engineering materials sensitive to temperature variations, particularly when printing large parts.
The Raise3D T450 distributes XY-axis drive across four motors, with shorter effective belt paths to help control movement.
This architecture is designed to manage printhead movements across large build areas, with a maximum printing speed of 600 mm/s.
In high-flow mode, two identical filaments feed the TwinFlow™ nozzle simultaneously to increase the available molten material supply.
The maximum specified flow rate reaches 80 mm³/s with Hyper Speed ABS V2 at 250°C, under specific test conditions.
The nozzle combines a high-thermal-conductivity CuCrZr base with a solid, wear-resistant silicon carbide (SiC) tip.
This construction promotes heat transfer while providing resistance suited to engineering filaments and fiber-reinforced materials.
The Air Flow Manager thermal management system adjusts ventilation and heating conditions to suit the materials being used.
Chamber cooling supports PLA printing, while active heating helps stabilize large ABS parts during printing.
The print surface features a flexible double-sided PEI build plate, designed to provide reliable part adhesion during printing.
The heated bed reaches 120°C and features mesh leveling with flatness detection to prepare the build surface.
The T450 supports several Raise3D material ranges: Hyper Speed, Industrial and Premium, depending on compatible profiles and configurations.
Available materials include PLA, ABS, PETG CF, PET CF, PPA CF, PPS CF and TPU-95A.
The Raise3D T450 features a Full HD monitoring camera and a dedicated nozzle camera to monitor the printing process.
Several detection functions monitor issues such as filament runout, spaghetti failures and material buildup around the nozzle.
The machine integrates a filtration system combining a HEPA filter and activated carbon to treat the air circulating within the printing environment.
This solution complements the chamber's thermal management systems and supports printing with different types of filament.
The control interface features a 7-inch color touchscreen with a resolution of 1024 × 600 pixels for managing printing operations.
The machine also includes 2 GB of RAM and 32 GB of onboard flash storage for its embedded software environment.
The T450 offers several communication options: Wi-Fi, Ethernet and USB 3.0, allowing it to integrate into different working environments.
These connections simplify the transfer of prepared files and integration of the machine into a workshop or production network.
The Raise3D T450 works with ideaMaker, the slicing software developed by Raise3D. It allows users to prepare 3D models, define printing parameters and generate the GCODE files required for manufacturing.
Users can adapt profiles to different materials, part geometries and TwinFlow™ extrusion modes. The software supports several file formats, including STL, OBJ, 3MF, STEP and IGES, and runs on Windows, macOS and Linux. It is a central part of the workflow, helping organize prints and adjust settings to suit the intended applications.
The Raise3D T450 stands out with an architecture particularly suited to manufacturing large technical parts. Its 450 mm build dimension, TwinFlow™ system and thermal management make it suitable for a range of applications, from prototyping to functional tooling.
Its high extrusion flow and compatibility with several engineering filaments further enhance its potential for large-format printing. It is a machine worth considering for workshops looking for an FFF large-format solution combining material versatility with controlled printing processes.
Specifications for Raise3D T450
Technology / Product
Extrusion
Heated bed
Specific equipment
Software
Installation / Prerequisites
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