Detroit, Michigan, May 20, 2019-- NXT Factory, a pioneer in the development of Quantum Laser Sintering (QLSTM) that additively manufactures thermoplastics at convincing speed, today
announced that it will show its first fully automated polyamide manufacturing system, the QLS 350, at Rapid+TCT 2019. NXT Factory plans to display its groundbreaking 3D printer at the XponentialWorks booth #2117 at the Cobb Center in Detroit, May 21-23. NXT Factory invites industry practitioners, skilled resellers and strategic partners to see first-hand the power and potential of this new category of 3D printers. To reserve your own viewing of the QLS 350 at Rapid+TCT. Availability is limited. The company is accepting orders with shipments to initiate early in the second half of 2019. 'We are excited to be able to bring to promote the first ever high-speed, high-temp, high-performance polymer system at comparable costs and performance of injection molding,' said Kuba Graczyk, Co-founder and CEO, NXT Factory. 'Over the past three years, we have worked faithfully to create, test and perfect what we believe to be the only fully automated laser sintering production system featuring robotically guided exchangeable powder cart, integrated thermal management and multiple sensors. Our cloud-based production management system gives end users total power over their printing processes.' Featuring the highest part throughput in its class, the QLS 350 delivers significant savings compared to traditional tooling costs and supplies unprecedented production throughput and flexibility. The QLS 350 produces up to 4X the print speed of traditional laser sintering technologies and is on par with the print speed of multi-jet fusion printers thanks to its proprietary beam delivery system and overall autonomous powder management. With its removable robotically guided print chamber, for independent cool down and autonomous depowering module, the QLS 350 gives a polymer-based production alternative to regular injection molding with full Industry 4.0 capabilities designed for fully automated lights-out 24/7 operation.
 
'We have been privileged to work with leading automotive suppliers to successfully examine our QLS 350 cost effectiveness and show how ownership of this special system can increase productivity, expand margins and make low-to-medium size production runs of 8,000 to 12,000 parts per run more profitable,' said Avi Reichental Co-Founder and Executive Chairman, NXT Factory. 'Together with our automotive partner, we are successfully raising the cost effectiveness of short production runs including the elimination of expansive tooling,reduction of change over times printing with supply chain validated materials that are accepted by the injection molding industry.' Media kit available here. In connection with the reveal of the QLS 350, NXT Factory announced the launch of its preferred materials partner program with qualified third-party suppliers. This program is developed to open NXT Factory's higher throughput production platform to access by the world's best material suppliers that share the company's focus on accelerating the adoption of digital manufacturing into mainstream production applications. Suppliers who are interested in the details of NXT Factory's Partner Program are invited to apply by visiting and clicking here and scheduling a private appointment at RAPID+TCT.  'At the heart of our technology is our proprietary beam delivery integration with deep-learning algorithms that make real-time predictive and prescriptive choices to enable intelligent high-speed printing and real time quality monitoring layer by layer,' said Tomasz Cieszyński,  Co-Founder and CTO, NXT Factory. 'We are centering all of our development and manufacturing efforts around product quality and reliability to make sure that each and every one of our  customers enjoys continuous and repeatable performance on their production floor.' The QLS 350 comes ready with a robotically guided removable print chamber, built in thermal management and automated docking. The system can also be ordered with a fully autonomous depowering system for continuous operations.
 



This article is originally posted on Tronserve.com