QLS260 Selective Laser Sintering (SLS) 3D Printer, 60W CO2

QLS 260 is an open platform selective laser sintering (SLS) 3D printer with an unrivaled 21 hour cycle speed. It uses a single 60 Watt CO2 laser to produce prototypes and production parts with robust mechanical and thermal properties. In addition to a broad range of high-temp thermoplastic and metal materials, it also excels with recycled waste powder from other technologies like multi jet fusion (MJF).

Features

Increase Daily Output - With industry-leading cycle time of just 21 hours where the required cooling period is only 2 hours, the QLS 260 is a productivity powerhouse. It uses a single 60 Watt CO2 laser to increase your daily throughput without the need for a lengthy cooling period due to its smaller build chamber.

Material Flexibility - The QLS 260 is an open platform with 16+ qualified materials including a range of Polyamides, PP, PBT, TPU, as well as the patented metal powders from headmade materials®. In addition to the currently qualified materials, it excels with recycled powders from HP and EOS to extend the life of your powders and provide operational sustainability.

Lowest Total Cost of Ownership - With the lowest entry point in the professional selective laser sintering market, combined with lower operating costs due to its powder refresh rate of just 20% and use of third party materials, the QLS 260 offers the lowest total cost of ownership for your industrial SLS 3D printing needs.

Onboard Nitrogen Generator - The QLS260 has a built-in nitrogen generator unit that allows the user to save precious floor space otherwise taken up by an external unit.

Cold Metal Fusion Compatible

Cold Metal Fusion by headmade materials® is a patented process that combines the advantages of fast cycle sintering with established powder metallurgy processes to create titanium and steel parts. Using a polymer-coated metal powder, the QLS 260 produces ‘green’ parts in a low temperature processing environment. Parts then go through a secondary debinding and sintering process that burns out any remaining polymer and sinters metal particles together to form final metal components.