PostProcess launches two new resin removing techniques


Keep updated with all the pieces that’s taking place within the fantastic world of AM through our LinkedIn group.

PostProcess Applied sciences, a pioneer in automated post-processing options for additive manufacturing, has launched two new options of their lineup of automated, clever post-processing options – DEMI X 520 for Resin Removing and DEMI X 520 for Dental Resin Removing. These choices lengthen the PostProcess Submersed Vortex Cavitation portfolio by introducing the corporate’s new patent-pending Axial Stream Know-how that delivers unparalleled effectivity, sustainability, and ease of use.

Combining clever software program capabilities, sturdy {hardware} options, and specifically formulated chemistry, these options obtain optimum IPA-free resin removing for 3D printed elements. These new options assist to ship a easy, customized, and full full-stack post-processing expertise.

Key advantages of the answer embody a software-driven workflow automation with intuitive user-guided experiences catered to every software to create a seamless, environment friendly, and error-free operation; an axial movement agitation system with the aptitude to regulate movement – optimizing efficiency whereas lowering the chance of half injury, and guaranteeing secure and optimum processes and half outcomes; an automated elevate system that absolutely automates course of workflows, with each DEMI X 520 options that includes an automated elevate to streamline operations and management half publicity – minimizing the necessity for operator intervention; and an IPA-free workflow with patented chemistry – PLM-403-SUB supplies a biocompatible, environmentally-friendly workflow and a safer various for cleansing and rinsing elements. When mixed with a rinse in the corporate’s AUX-400-RINSE chemistry, it may possibly remove the necessity for IPA in post-processing.

PostProcess launches two new resin removal systems - the DEMI X 520 for resin removal and DEMI X 520 for dental resin removal.

Each options within the DEMI X 520 sequence ship enhanced security and effectivity. Engineered for operator well-being, they characteristic a chemistry that produces low odors and provides excessive flashpoints in comparison with conventional solvents like IPA. PostProcess’s clever options guarantee unparalleled consistency by means of validated workflows – enabling high-quality, repeatable cycles. This innovation interprets into elevated throughput and productiveness which units a brand new normal for precision and reliability in resin removing know-how.

Lengthy-standing trade knowledgeable Nice Lakes Dental Applied sciences, situated in Buffalo, New York, has skilled firsthand how the subsequent technology of IPA-Free resin removing has improved their dental post-processing.

“For over 50 years, employee-owned Nice Lakes Dental Applied sciences has devoted itself to offering best-in-class home equipment with unparalleled precision and high quality by means of the adoption of cutting-edge know-how,” stated Sean McPhail, Staff Lead from Nice Lakes Dental Applied sciences, who has firsthand expertise of how the IPA-free resin removing has improved their dental post-processing. “The combination of PostProcess’s superior automated dental resin post-processing resolution has allowed Nice Lakes to enhance course of efficiencies, saving helpful time and assets. PostProcess’s revolutionary experience has enabled Nice Lakes to enhance and constantly meet and exceed prospects’ expectations for excellence.”

“With a deep dedication to cutting-edge innovation, we proceed to redefine the panorama of additive manufacturing by offering superior options that optimize workflows and ship distinctive high quality and sustainability for a variety of industries,” stated Jeff Mize, CEO of PostProcess. “Our DEMI X 520 Sequence represents our dedication to pushing the boundaries of what’s potential on this planet of post-processing.”

Leave a Reply

Your email address will not be published. Required fields are marked *

Back To Top