SLS 380

SLS 380

Inquire now

Maximum repeat accuracy

Real-time temperature control with 8 individually calibrated heaters and integrated IR camera for consistent component quality.

High throughput

Optimised for series production with reduced material consumption and automated material feed using the MQC 600 system.

Wide variety of materials

Compatible with a wide range of nylon and elastomer powders for functional prototypes and final components.

Seamless integration

Developed for easy integration into existing production environments with automated post-processing solutions.

Product description

The SLS 380 is a high-performance SLS 3D printing solution that has been specially developed for the requirements of industrial series production. With a build volume of 381 × 330 × 460 mm, the printer enables the production of large and complex components without support structures. The system features advanced temperature control with eight individually calibrated heaters and an integrated infrared camera that captures over 100,000 temperature data points per second. This technology ensures even heat distribution in the build space and therefore high component quality and repeatability. Thanks to the integration of the MQC 600 system, the material feed is automated, which optimises material consumption and reduces operating costs. Compatibility with a wide range of materials, including various nylon and elastomer powders, enables the production of functional prototypes and final components for diverse applications. The SLS 380 integrates seamlessly into existing production environments and supports automated post-processing, significantly increasing manufacturing efficiency and productivity.


Production-ready SLS workflow solution

The SLS 380 is an additive SLS manufacturing solution that offers unrivalled throughput, consistency, performance and yield. The SLS 380 from 3D Systems and complementary solutions such as software, material handling and post-processing are designed for those looking to take additive manufacturing to the next step in terms of integration into the production system. They are the answer to the demand for cost-effective series parts.

Repeatable parts, high yield

The SLS 380 has a closed-loop process control that enables a high degree of repeatability across multiple parts, builds, machines and locations. In addition to a new water-cooled laser, the system utilises an algorithm developed by 3D Systems to manage, monitor and control thermal uniformity in the build space in real time.

100,000 thermal data samples per second

The algorithm manages eight separately calibrated heaters in conjunction with an integrated, high-resolution IR camera that captures more than 100,000 thermal data samples from the build space per second. This data, along with the IR sensor, maintains a consistent temperature for each print layer of the part throughout the printing process. With more consistent thermal uniformity throughout the printing process, manufacturers can now deliver more dimensionally accurate parts with better mechanical performance, more accurate repeatability and higher yield - all with less human intervention and a lower total cost of ownership.

Automated material handling

An important part of the SLS solution is the Material Quality Centre or MQC for controlling, mixing and supplying material as required for an optimum ratio of fresh and recycled powder. There are two MQC options for SLS printers: MQC 600 Single and MQC 600 Flex. The MQC 600 is optimised to feed up to four printers simultaneously, minimising material waste and eliminating the need for operator intervention. The MQC Flex automatically mixes fresh and recycled powder according to the mixing ratio you specify and has a recycled powder container for convenient and quick storage of unused powder after printing. Both versions of the MQC have a fully automatic material feed and an integrated breakout station for post-processing.


Downloads

Download detailed documents with comprehensive technical specifications and further product information.