Prusa CORE One L+ 3D Printer

GLOBAL 3D is an official distributor of Prusa 3D printers in Poland. Purchasing a 3D printer from us guarantees that you will receive an original device, sourced specifically for the Polish market, along with fast and expert technical support. We operate a professional 3D printer service center and offer spare parts recommended by the manufacturer. Additionally, we provide implementation training for the device you have purchased.

Prusa CORE One L+ 3D Printer

Prusa CORE One L+ is a CoreXY 3D printer based on FFF technology, featuring a build volume of 300 × 300 × 330 mm twice the size of the CORE One model. The printer is equipped with a fully enclosed build chamber with active heating up to 60°C, a new print bed with uniform heat distribution, and a Nextruder extruder with 360° cooling and Input Shaper technology. It comes with two nozzles: a high-flow nozzle and an abrasion-resistant one. The version with the INDX system enables advanced multi-material printing, supporting up to 4 or 8 materials in a single print job. CORE One L+ has been optimized for print farms and industrial applications.

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CORE One L+ – what has changed compared to the CORE One?

Prusa CORE One L+ is a newer model in the CORE One series, offering a significantly larger build volume of 300 × 300 × 330 mm, compared to the 250 × 210 × 220 mm of the CORE One model. The external dimensions of the printer have been increased by only 10% compared to the CORE One model, while the weight of the device remains the same.

CORE One L+ is equipped with:

• New work table ensuring even heat distribution
• A removable camera
• Two nozzles included
• Fully automatic temperature control in the working chamber
• System facilitating the feeding of flexible filaments

Prusa CORE One L+ INDX 3D printer – printing with up to 4 or 8 materials in a single print job

Prusa CORE One L+ INDX 3D printer is an advanced solution designed for professional 3D printing, enabling the creation of multi-material and multi-color prints using 4 or 8 different materials in a single process. This makes the CORE One L+ INDX 3D printer an ideal choice for producing precise prototypes, as well as functional components and tools.

Prusa CORE One L+ INDX 3D printer features an advanced tool-changing system, developed by Bondtech, which streamlines the printing process and enables the efficient execution of complex projects. With its sophisticated multi-material printing technology, high performance, and superior precision, the Prusa CORE One L+ INDX serves as a versatile solution for professional design, prototyping, and manufacturing applications.

What sets Prusa CORE One L+ INDX 3D printer apart?

Prusa CORE One L+ INDX 3D printer utilizes specialized nozzles that reduce the need for cleaning during color changes and minimize material waste. Filament consumption during a single tool change is as low as 0.013 g, ensuring high material efficiency and cost-effective production of multi-color and multi-material prints. Furthermore, the INDX version features a build volume of 298 × 275 × 330 mm and a heated chamber capable of reaching temperatures up to 60°C, enabling the printing of large models using technical materials such as ASA, PC, and Nylon. Its robust construction built on a steel frame with aluminum panels ensures operational stability and long-term durability. A modular design and the ready availability of spare parts simplify maintenance, minimize downtime, and support reliable, long-term use. Consequently, the Prusa CORE One L+ INDX serves as an ideal solution for businesses seeking an efficient, flexible, and economical 3D printing technology for professional applications.

High-quality prints

The Prusa CORE One L+ INDX 3D printer enables the creation of advanced multi-material and multi-color models across the entire build area. The integrated INDX technology allows for the combination of different materials and colors within a single printing process, ensuring high-quality detail, precise geometric reproduction, and an aesthetic finish for the completed parts.

Lightning-fast nozzle change in just 12 seconds

Traditional multi-material printing systems that use a single nozzle can require up to 43 seconds for each filament change. This process involves retracting and feeding material, as well as purging the extruder steps that extend print times and increase filament waste. The INDX tool-changing system reduces the time for a single change to just 12 seconds, significantly streamlining multi-material printing. Faster material switching translates to shorter production times, higher throughput, and more efficient material usage.

High performance

Traditional multi-color printing systems often employ purge towers, which lead to additional filament consumption and increased waste. The Prusa CORE One L+ INDX reduces the need for such towers, enabling more efficient material usage when producing multi-material prints.

Fast nozzle heating

The INDX system’s movable print head utilizes an induction coil, which allows the steel nozzle to be heated rapidly to the required operating temperature in just a few seconds. Once printing with a specific material is complete, the nozzle returns to a docking station, where it can cool down. Keeping inactive nozzles at a low temperature prevents filament leakage and reduces the risk of cross-contamination between materials. As a result, the INDX system ensures precise and reliable operation with up to eight different materials in a single print process.

Uniform heating of the entire table surface

Prusa CORE One L+ INDX 3D printer features an all-new, fully aluminum heated bed with a dual-circuit heating system, which ensures a perfectly uniform temperature distribution, eliminating issues such as print warping or cold corners. The system automatically detects the supply voltage and adjusts the heated bed’s configuration accordingly, ensuring consistent performance across various power supply conditions. This is complemented by a multi-layered safety system that supports the secure and reliable operation of the printer.

Ventilation system

Prusa CORE One L+ automatically adjusts its ventilation configuration to the requirements of the selected material, ensuring optimal printing conditions. For filaments such as PLA and PETG, the top ventilation grille opens, allowing for effective heat dissipation and the maintenance of appropriate thermal conditions within the chamber. When printing with technical materials, the system closes the ventilation grille, minimizing heat loss and enabling the chamber temperature to reach up to 60°C. These stable thermal conditions reduce the risk of shrinkage and corner lifting, particularly when printing large models or parts with complex geometries.

CoreXY Kinematics

Prusa CORE One L+ INDX 3D printer features an advanced CoreXY kinematic system, which moves a lightweight print head rather than a heavy print bed, allowing for significantly higher print speeds without compromising quality. Firmware with Input Shaper compensates for vibrations at high speeds, enabling the printer to produce prints quickly using any material.

Automatic leveling

Automatic bed leveling before every print ensures high precision and repeatability in the printing process. The system utilizes a strain gauge sensor that detects the force exerted by the nozzle against the build surface, allowing for the precise determination of the bed's position. Compared to solutions based on optical sensors, this technology offers superior measurement accuracy while also allowing for the easy swapping of nozzles and tools. As a result, the CORE One L+ INDX printer maintains calibration precision regardless of the specific configuration in use.

Advanced nozzle wiper

An advanced nozzle cleaning system removes material residue from the nozzle surface before printing begins, reducing the risk of filament contamination and the formation of unwanted defects on the finished model. The wiper is integrated with a waste container that collects small remnants such as micro-blobs ensuring reliable multi-material printing.

Self-adjusting clamp for various materials

Automatic extruder pressure adjustment allows for the precise tuning of the filament feed force based on the specific properties of the material being used. Soft and flexible materials, such as TPU, require a different level of pressure compared to rigid technical filaments or fiber-reinforced composites. The INDX print head features a specialized mechanism that automatically adjusts the pressure of the extruder gears, ensuring a seamless transition between materials with varying characteristics. As a result, switching materials requires no manual adjustment or recalibration, which streamlines the workflow and enhances the overall ease of operating the printer.

Print monitoring

Prusa CORE One L+ printer is equipped with a 1080p camera featuring a night-vision mode, allowing for real-time monitoring of the printing process. Through remote viewing, users can oversee the machine's operation from anywhere, without needing to be physically present by the printer. Additionally, a time-lapse recording feature enables the creation of footage showing the entire model-creation process, making it easy to document project execution and showcase the final results.

Connection to workshop ventilation

The air exhaust from the Prusa CORE One L+ printer chamber allows for the use of an optional filtration module combining a HEPA filter with an activated carbon filter or for connecting the unit to an existing building ventilation and air conditioning system. This solution enables the air extraction and purification method to be tailored to the specific conditions of the workspace. Optional filtration is particularly useful when printing with technical materials, such as ASA, which may emit volatile organic compounds (VOCs) and fine particles. The ability to integrate with an external exhaust system makes it easier to adapt a 3D printing setup to the requirements of workshops and design studios.

EasyPrint software

EasyPrint is free, web-based software that allows for the intuitive preparation of 3D printing projects without the need to install any additional applications. The design process is simple and convenient you simply select a surface on your model, assign it a specific color, and send the finished file directly to the printer. This makes preparing multi-colored prints quick and accessible, even for users without advanced technical knowledge.

New workbench

A new heat distribution system ensures the print bed is heated evenly across its entire surface up to 120 °C allowing models to be printed anywhere on the bed without the risk of warping. Two fans located beneath the bed draw in cold air and direct it toward the heated surface, accelerating the heating of the build chamber to 60 °C. The magnetic heated bed, featuring removable spring steel sheets with a PEI coating, makes it easy to remove finished prints.

Heated chamber up to 60°C

A fully enclosed build chamber, featuring an active heat circulation system and two fans located beneath the build plate, heats up to 60 °C. This setup enables printing with advanced technical materials, such as ASA, ABS, PC, PA (nylon), and others. The enclosed steel structure ensures temperature stability during long, multi-hour print sessions.

Nextruder with 360° cooling and Input Shaper

The proven, direct-drive Nextruder with 360° cooling enables flawless printing of complex components including overhangs of up to 75° without the need for supports, saving both time and material. CoreXY kinematics, a high-flow nozzle, and Input Shaper technology (for active vibration cancellation) make the CORE One L+ one of the fastest printers in Prusa lineup. The high precision of the print profiles virtually eliminates VFAs (fine vertical artifacts) and unsightly vertical banding, allowing finished prints to be used directly as final products.

Printing with flexible materials

The side filament sensor can be switched to a special printing mode for flexible materials. This mode disables the sensor and opens up a wider path for flexible materials (such as TPU). An additional sensor continuously monitors the presence of the material, ensuring the printing process remains uninterrupted.

Design and performance

A robust steel frame with aluminum panels ensures stability while maintaining a low weight (21.9 kg). The printer comes factory-calibrated, allowing for immediate use right out of the box. Should the need arise, recalibration can be performed via the menu. Two included nozzles a high-flow version and an abrasion-resistant one enable the use of any type of material. The modular design facilitates easy replacement of parts.

Print farms and industrial applications

The CORE One L+ has been optimized for print farms, offering the lowest downtime rate compared to the MK4S and CORE One models. The printer provides full offline functionality configuration, slicer operations, and firmware updates can all be performed without a network connection. The Wi-Fi module can be disconnected at any time, which is a crucial feature for industries that require the highest security standards.

Prusa Software and Ecosystem

Printables.com

Printables.com - a database of free 3D models provided by Prusa Research, with the option to send the model directly to PrusaSlicer.

PrusaSlicer

PrusaSlicer - Open-source software with tested profiles for all Prusa printers and over 200 filaments. Includes advanced support generation, model trimming, and automatic platform placement.

Prusa Connect

Prusa Connect - remote print management software integrated with PrusaSlicer. It allows you to send files to the printer, schedule jobs, and remotely monitor the device.

Prusament

Prusament - dedicated Prusa Research filaments with profiles tested in PrusaSlicer, ensuring print precision and color consistency.